Alstom Courses

glOBal training Offer

GRID

Technical Institute

30 years 200 of training expertise

02 I G l o b a l Tr a i n i n g O ff e r

top-level training courses

4,300 training days

editorial

GET EMPOWERED In today’s booming electricity market, the challenge of the twenty-first century will be that of access to power. To be up to the task, Alstom Grid provides its customers with highly specialized, comprehensive electrical installation and grid expertise in the areas of security, service continuity, energy quality and network performance, all aspects that optimize and prolong the lifespan of customer assets. Alstom Grid Technical Institute offers a full range of training in electrical grid safety, operations, maintenance, protection, control and management. This high value-added selection of training courses encompasses all aspects of electricity, with an offer ranging from fundamentals to competence management. Alstom Grid Technical Institute works with you to build the training plan best adapted to your teams’ needs and provides training in the latest advanced technologies. Trainees learn from trainers with the highest levels of expertise and teaching skills. Alstom Grid Technical Institute offers over 200 training courses from which you can choose the training you need.

STÉPHANE JULIENNE service Operations & technical institute Vice-president

G l o b a l Tra i n i n g O ff e r

I 03

Training is Power: Select your course at a glance: go by profiles 06

12

Alstom Grid Technical Institute: more than just training 14

Safety & Risk Prevention Matching your needs 22 Electrical safety 23

Safety in hazardous areas (ATEX) 27 Additional programs 29

20

30

68

Knowledge & Design

Operation & Maintenance

Matching your needs 32 e-Learning courses 33 Technical fundamentals 36

Matching your needs 70 Transmission equipment 71 Additional programs 97

Protection & substation control 49 Network Management 60 Telecommunications 66 Additional programs 67


Competence Management: the ultimate training experience 16

e-Learning: training to meet individual needs 18

Protection & Substation control Matching your needs 100 Protection – System training 101 Substation control system – Product training 120

98

134 Network Management Matching your needs 136 Network Management 137 Telecommunications 189 Additional programs 197

Customers references 198 G l o b a l Tra i n i n g O ff e r

I 05

List of courses

Professional profiles >

Management

Design

Safety & Risk Prevention

Installation NEW WEB

page Electrical safety

NEW WEB WEB WEB

Operation

Maintenance

New catalog program Additional programs available on demand

rEFerence

23 29

Electrical Risk Prevention Tool

S1001

Electrical Risk Prevention Tool – Spanish version

S1001

29 29

Electrical Risk Prevention Tool – French version

S1001

Electrical Risk Prevention Tool − German version

S1001

24 25

Electrical Safety for non-electricians

F1010

Electrical Safety for electricians working at Low Voltage

F1020

26

Electrical Safety for electricians working at Low, Medium and High Voltage

F1030

PROFILES

Safety in hazardous areas (ATEX)

WEB

29 27

Introduction to explosive atmosphere risks

F5001

Safety in explosive atmospheres for workers

F5020

28

Safety in explosive atmospheres for managers and supervisors

F5030

Knowledge & Design page e-Learning courses

NEW

33 34 35

rEFerence

HV power transmission (> 50 kV) e-Learning training modules

S3200

MV power distribution (> 1 kV) e-Learning training modules

S3300

Introduction to Energy Management Systems e-Learning training modules

S4111

Technical fundamentals

WEB NEW NEW WEB NEW NEW NEW

36 37

Electrical Energy Essentials

GEE002

Power System Engineering

GEE004

38 39

Voltage stability

GEE007

Fundamentals of Power System Protection

PROG001

40 41

Grid Connection Protection

PROG011

Medium Voltage industrial installation design

A2112

67 42

High Voltage installation diagrams and components

A2402

Fundamentals of Power Transformers

A4213

43 44 67 45

Instrument Transformers

A5312

Digital Instrument Transformers (DIT)

M108/A5313

Surge Arresters

A5412

Fundamentals of the High Voltage Circuit breaker

A5503

46 47

Fundamentals of the generator Circuit breaker within its electrical environment

A9103

Basic HVDC Training

HVDC001

48

APPS − Industry Power System Protection

PROG002


PROFILES

page Protection & Substation Control

rEFerence

49 50

APPS − Utility Power System Protection

PROG003

Advanced Power System Protection

PROG004

51 52

APPS Part 1 – Power Systems Protection

PROG005

APPS Part 2 – Application of Protective Relaying to Transmission Systems

PROG006

53 54

APPS Part 3 – Overcurrent Grading and Commissioning

PROG007

APPS Combined Course 1 (part 1 + part 2)

PROG008

55 56

APPS Combined Course 2 (part 1 + part 2 +part 3)

PROG009

APPS T01 − Introduction to the Protection Scheme Philosophy for MV and HV Networks

PROG012

57 58

APPS – Utility Transmission Power System Protection – Basic

PROG013

APPS − Utility Transmission Power System Protection – Advanced

PROG014

59

APPS − Utility Transmission Power System Protection – Expert

PROG015

PROFILES

network management

60 61

Power Network Essentials

GEE003

First Line System Maintenance

EMSG003

67 62

SCADA Security

GEE005

Situation Awareness in Control Centers for Real-Time Operations of Power Systems and Markets

GEE006

63

Introduction to Smart Grid

GEE008

NEW 2647

Control Center Architecture

GEE009

NEW

Troubleshooting

GEE010

WEB NEW

65

Telecommunications

66

Telecommunications in a Power Network

tel013

Operation & Maintenance page Transmission equipment

NEW NEW NEW NEW NEW WEB NEW NEW WEB

rEFerence

71 72 73 74

e-Learning fundamentals for High Voltage above 50 kV

S3201

e-Learning fundamentals for GIS (Gas-Insulated Switchgear) substation

S3202

Transformer technology, features and applications

S3601

SF6 Gas Recovery Regulation EC 842−2006 (for inexperienced personnel)

v0032

75 76 97 77 78 79 97 80 81

SF6 Gas Recovery Regulation EC 842−2006 (for experienced personnel)

v0033

Handling of SF6 and CF4 gases according to IEC/TR 62271−303 technical report

m111

Immersed transformers: fluid sampling for laboratory analysis

c4233

Power Transformers Operation & Maintenance

c4242

On Load Tap Changers Operation & Maintenance

c4532

Vertical-break, Center-break and Pantograph – Disconnector and Earthing Switches from 52 kV to 550 kV

M151/tir058

SF6 Circuit breaker Type S1… F1/F3 (synchronous) 72,5 kV up to 170 kV – Commissioning & Maintenance

tir048

SF6 Circuit breaker – GL Type for High Voltages under 250 kV – Operation & Maintenance

V5642/M105/TIR049 v5442/m106/tir055

SF6 Circuit breaker – GL Type for High Voltages over 250 kV – Operation & Maintenance

PROFILES


I 07

List of courses

Professional profiles >

Management

Design


Operation

Maintenance


Operation & Maintenance page Transmission equipment Deadtank Circuit breaker − DT1/DT2 Ranges

m101

Monitoring CBWatch-2 Operation

V8142/M141

Synchronizing relay RPH Range

V8342/M142

FKG1 – SF6 generator Circuit breaker – Operation & Maintenance

V9342

FKG2 – SF6 generator Circuit breaker − Operation & Maintenance

v9442

FKG1 – SF6 generator Circuit breaker − Operation & Maintenance

v9542

Gas-Insulated Switchgear – F35-2 Type – Maintenance & Breakdown repair

TIOE001

Gas-Insulated Switchgear – F35−3/4/5 Type − Maintenance & Breakdown repair

TIOE002

Gas-Insulated Switchgear – B65 Type − Maintenance & Breakdown repair

TIOE003

Gas-Insulated Switchgear – B95/212 Type − Maintenance & Breakdown repair

TIOE004

Gas-Insulated Switchgear – B112 Type – Maintenance & Breakdown repair

TIOE005

Gas-Insulated Switchgear – B105 Type − Maintenance & Breakdown repair

x4442

Gas-Insulated Switchgear – T155 Type Spring mechanism − Maintenance & Breakdown repair

x6142

Gas-Insulated Switchgear – T Type − Maintenance & Breakdown repair

x2042

BWatch-3 − Status monitoring system for Gas-Insulated Switchgear

x8142/M143

CAIS/AIM/HYpact Compact − Outdoor Substation Solution/72.5 kV up to 170 kV − Commissioning, Operation & Maintenance

tir059

MS 3000/MS 2000 in Practice − Installation, Operation and Maintenance

tir066

Spring operating mechanism for Circuit breaker Type FK1/2/3 Service, Maintenance & Troubleshooting

TIOE006

High Voltage test with PD/UHF Measurement on Gas-Insulated Switchgear

TIOE008

FX12 – FX14 – FX22 – FX32 – FX42 – High Voltage – SF6 Circuit breaker – Operation & Maintenance

V3442

WEB 2977

FXT14 – FXT245 – High Voltage SF6 Circuit breaker – Operation & Maintenance

V4342

WEB 97 WEB 2977 WEB 97 WEB 2977 WEB 97 WEB 2977 WEB 97 WEB 2977 WEB 97 WEB 2977 WEB 97 WEB 2977

FXT15 – FXT16 – FXT17 – High Voltage SF6 Circuit breaker – Operation & Maintenance

V4442

SF6 Circuit breakers Type S1 … F1/F3 - 52 kV bis 245 kV – Commissioning & Maintenance

tir050

SF6 Circuit breakers Type S1 ... F1/F3 - 52 kV bis 245 kV – Operation & Maintenance

tir051

SF6 Circuit breakers Type S1 … F1/F3 (synchronous)/72,5 kV bis 170 kV – Operation & Maintenance

TIR052

SF6 Circuit breakers Type S1 ... F1/F3 – (intelligent/synchronous) 72,5 kV bis 170 kV – Operation & Maintenance

tir053

SF6 Circuit breakers Type S1 … S2 with pneumatic or hydraulic mechanism/123 kV up to 420 kV – Operation & Maintenance

tir060

SF6 gas in switching equipment and substation

tir007

PKG Air Blast generator Circuit breaker – Operation & Maintenance

V9242

Deadtank Circuit breakers ≥ 123 kV HGF1012/1014 Series

M102

SF6 Circuit breakers – GL 200 – Maintenance and Repair

M104

SF6 Circuit breakers – GFX family ≥ 123 kV – Maintenance & Repair

M107

Gas-Insulated Switchgear Series B1 up to B4 / 72.5 kV up to 420 kV – Operation & Maintenance

TIR061

WEB

WEB

WEB

WEB

NEW NEW WEB

82 83 84 97 85

rEFerence

86 2977 87 88 89 2977 90 91 97 92 93 94 95 2967 97


PROFILES

Protection & Substation Control page Protection − System training

rEFerence

101 102

Protection of industrial installations

D2102

Legacy Product Training: Electromechanical, MiDOS, K-series, L-series, Tropic, OPN

PROP001

103 104

MiCOM Px20 & Px40 Master Class

PROP002

MiCOM Px20, Px30 & Px40 Master Class

PROP003

105 106

MiCOM Px30 Master Class

PROP004

MiCOM P440, P630 & P540 Relaying

PROP005

107 108

Overcurrent and Feeder Protection − MiCOM P12x and P14x

PROP120

Motor Protection − MiCOM P22x and P24x

PROP121

109 110

Generator Protection − MiCOM P34x

PROP122

Distance Protection − MiCOM P44x

PROP123

111 112

Line Differential Protection − MiCOM P52x and P54x

PROP124

Voltage and Frequency Protection − MiCOM P92x and P94x

PROP125

113 114

Distance Protection Device for Railway Application − MiCOM P438

PROP132

Differential Transformer Protection − MiCOM P63x

PROP127

115 116

Distance Protection Device − MiCOM P437

PROP128

Feeder Protection Device − MiCOM P139

PROP129

117 118

Digital Differential Busbar Protection − MiCOM P74x

PROP130

Disturbance and Power Quality Recorder − MiCOM M57x/M87x

PROP131

119

Railway Protection

PROP006

PROFILES

Substation Control system − Product Training

120 121

Advanced Digital Control System

scs001

Basic Principles of Digital Control System

scs002

122 123

Application on IEC 61850 Communication Protocol

scs003

Communication as per IEC 60870 and IEC 61850

scs004

124 125

MiCOM S10: Protection-Based Substation Control System

scs005

MiCOM C264: Compact RTU (Remote Terminal Unit)

scs006

126 127

Fundamentals of Digital Control System and PACiS Operation & Maintenance Principles

scs007

PACiS Protection Automation & Control – Operation

scs008

128

PACiS Protection Automation & Control − Architecture, Operation & Maintenance

scs009

129 130 131

PACiS Protection Automation & Control − Architecture, Operation, Maintenance & Basic Configuration

scs010

SPACE 2000 Digital Control System

scs011

PSCN3020: Integrated Protection & Distributed Digital Control System

scs012

S900 RTU and Procett 5000 W Operation & Maintenance

scs014

Configuration of IEC 61850 communication on MiCOM Px30 and Px40 series

scs020

132 NEW 21337


I 09

List of courses

Professional skills >

Management

Design

Network Management page Network Management

WEB WEB WEB


Operation

Maintenance


rEFerence

137 138 139 140 141 142 143

Introduction to e-terraplatform/e-terrahabitat

EMSP034

Introduction to e-terrahabitat

EMSP017

e-terrahabitat Databases

EMSP012

SCADA and Alarm Features

EMSP038

e-terrahabitat System Management

EMSP013

Managing High Availability Systems

EMSP019

e-terracomm

EMSP008

144 145 146 147 148 149 150 151 152 153 154 155 156

e-terraplatform Security Management

EMSP015

e-terracontrol for e-terraplatform Customers

EMSP009

e-terracontrol troubleshooting

EMSP011

Building Full Graphic Displays for e-terracontrol using e-terrabrowser

EMSP050

e-terracontrol for non-e-terraplatform Customers

EMSP010

Programming in e-terracontrol

EMSP023

Programming in e-terrahabitat

EMSP022

Introduction to e-terramodeler

EMSP018

Alarm Modeling for Real-time Operations

EMSP001

Building Full Graphic Displays using e-terrabrowser

EMSP005

Advanced UI concepts

EMSP033

Building a SCADA Model

EMSP004

Building a Network Model

EMSP003

157

Building a Generation Model

EMSP002

158 159 160 161 162 163 164 165 166 167 168 169 170 171 197 197 172 197

Building a DTS Model

EMSP024

Building a Substation

EMSP025

e-terrasimulator Instructor

EMSP016

Network Analysis

EMSP020

Network Optimization

EMSP021

Network Application Features

EMSP036

Generation Application Features

EMSP030

e-terraloadforecast

EMSP029

e-terracommit

EMSP028

e-terravision

EMSP049

e-terraarchive

EMSP007

e-terraplatform 2.x − 2.y Delta Course

EMSP014

Full Network System from Field to SCADA

EMSP042

Using Alstom Grid’s Graphical Modeler

EMSP040

Fundamentals of Operator Tools

EMSP006

e-terrapclink

EMSP031

iGRID

EMSP032

Overview of Power Systems Application Software

EMSP037


PROFILES

WEB

EMS-DMS Data Model

EMSP027

Crystal Report Generation

EMSP039

Introduction to FDIR

EMSP043

TCS Operation

EMSP044

TCS-WO System Management

EMSP046

WO Operation

EMSP048

Introduction to Power System Principles

EMSP035

Database building with DDB

EMSP026

Protocol Analysis

EMSP053

Historical Data Management

EMSP054

EMS Database and Display Maintenance

EMSP055

Introduction to e-terradistribution

DMSP001

197 NEW 178 NEW 21797 WEB 197 NEW 21807

Distribution Electrical Asset Mode

DMSP002

Introduction to e-terradistribution architecture

DMSP003

e-terradistribution Databases

DMSP004

Substation Editor

DMSP005

e-terradistribution System Management

DMSP006

NEW

e-terradistribution Model Management

DMSP007

WEB 197 WEB 197 NEW 21827 WEB 197

Distribution Operator Training Simulator (DOTS) Instructor

DMSP008

Modeling for Distribution Operator Training Simulator (DOTS)

DMSP009

e-terradistribution Operator Training

DMSP010

e-terradistribution Network Analysis Function (DNAF)

DMSP011

WEB

e-terradistribution Historian

DMSP012

WEB WEB WEB WEB WEB WEB NEW NEW NEW NEW WEB

197 197 197 197 197 197 197 173 174 175 176 177

181

197

Telecommunications

WEB

WEB

WEB

WEB WEB WEB NEW

183 184 185 186 197 187 188 189 190 197 191 192 197 193 194 21957 197 197 197 21967

ALCATEL PABX PCX 4400

TEL003

Data Acquisition through the Telecommunications Network

TEL005

AREVA SDH MSE 5xxx

TEL006

AREVA PLC5000

TEL007

AREVA PLC 1790

TEL008

AREVA PDH DXC5000

TEL009

AREVA MiCOM T390

TEL010

AREVA DIP5000 Analog/Digital

TEL012

Optical Fiber within a Transmission network

TEL022

ALCATEL SDH 1650

TEL001

ALCATEL PDH 1511BA and 1515CX-C

TEL002

PHILIPS PABX Sopho iS3000

TEL004

AREVA LMU5000

TEL011

AREVA SDH Networks

TEL020

AREVA PDH Networks

TEL021

Huawei SDH OSNxxxx

TEL023

AREVA GC305

TEL024

AREVA TA314 Analog

TEL025

AREVA TS313

TEL026

AREVA e-DXC

TEL027 G l o b a l Tra i n i n g O ff e r

I 11

alstom grid technical institute 14 • Alstom Grid Technical Institute: more than just training 16 • competence management: the ultimate training experience 18 • e-Learning: training to meet individual needs

training is pOWer

To face electrical incidents, operations outages, blackouts, and the costs that go with these, there is one logical solution: Training. Indeed, training has the quickest and the strongest return on investment rate when it comes to increasing your company’s personnel competencies and enhancing your current electrical installation performance.

technical institute

ALsTom GRID TEchNIcAL INsTITUTE: moRE ThAN JUsT TRAINING A determination to get more from electrical installations underpins the training that accompanies electrical products and solutions throughout their lifespan. Our customers expect us to provide training that takes into account their environment, their specific characteristics and their limitations. It is a real feat to find the right balance between theory, practical application and the right level of technical information in order to offer training that is adapted to the daily needs and technical knowledge of participants in a multicultural and multilingual context. Alstom Grid Technical Institute is an international training center geared up to meet this challenge. To do so, Alstom Grid Technical Institute uses its internationally renowned expertise in product design, installation and maintenance and training experience that has been bearing fruit for thirty years.

Immediate return on investment

The effectiveness of training is measured in terms of staff operational performance in their daily work. One of the main advantages of our training programs is their quick return on investment. The practical part of our training programs is based on hands-on applications that enable participants to make immediate use of their newly acquired knowledge, know-how and skills when they return to their jobs. Alstom Grid Technical Institute training courses were designed with so much concern for optimizing costs that some modules can be followed at a distance, without any travel expenses attached. This e-Learning solution is accessible online, anywhere in the world, via Internet.

Expert trainers who make the difference

Alstom Grid Technical Institute has a pool of 60 trainers, supported by a 20-person team spread across 12 countries. Our trainers are all experienced in their areas, but in addition to this, they know how to teach and are always up-to-date with the latest technological advances. Their expertise is made complete by a solid experience in the field, allowing them to be in close contact with trainee concerns and preoccupations. They have constant contact with course participants, allowing them to continually improve the training tools and techniques they use to ensure that all trainees are totally motivated and participate fully. Our trainers endeavor to communicate their expertise and experience. The trainee/trainer relationship is key, and is a decisive factor is a successful training.


Training for each specific need

You may be in the public sector or industry, be seeking to train management, engineering, installation, operational or maintenance staff, be a novice or very experienced in electrical installations and grids. You could be looking for training in electrical safety, installation design, operation and maintenance, protection, supervision, or even grid management. Whatever your situation, Alstom Grid Technical Institute has a training course to meet your needs amongst the 200 standard programs listed in its catalogue. Individuals can register in one, or several, of the 200 courses found in the catalogue, to participate in an open, blended training course, taught on our premises on set dates. These courses are modular, making them perfectly adapted to your company’s own training program. However, when a same company, or department, registers a group of people, we suggest you

15 centers tO get clOser

Massy Aix-Les-Bains

canada Redmond

uk

Montreal

stafford

france

usa

sWitzerland Oberentfelden

Lattes

china

Gebze

turkey

suzhou

Dubaï

india

united araB emirates

Noida chennai

singapOre singapore

Brazil são paulo

chile

santiago

GOOD EQUIpmENT

+ GOOD sKILLs

= opERATIoNAL EXcELLENcE

take a tailored course. This enables us to organize a tailored program taught either in our premises or yours (requiring that equipment be de-energized) on the date of your choice. Alstom Grid Technical Institute also offers qualifying training as part of a Competence Management process (see pages 16-17). Alstom Grid Technical Institute also provides its services to public service firms that want to set up their own training centers, with offers of training support: “training and assessment methodology” (course design and teaching), “training tools”, “quality procedures” (ISO 9001 compliance), “safety training courses”, “e-Learning” and transfer of “electrical equipment apprenticeship”.

Benefits for Alstom Grid Technical Institute trainees:

International training centers

The international expertise center, the Technical Institute in Aix-lesBains, France, hosts trainees in a 1,200-square meter area dedicated to practical training on full-sized equipment.

Every year, our training centers provide 20,000 man-days of training, or an average of 4,300 full days of training a year.

• Practical training on full-sized equipment for a better learning experience. • Training premises near Alstom Grid establishments in order to have a better understanding of the products and to keep your installations live during training. • Fully equipped, modern training rooms to learn in the best possible conditions. • Individual technical documentation to consult during and after the training. • Internet access to stay in contact with one’s professional and personal life.


I 15

competence management

compETENcE mANAGEmENT: ThE ULTImATE TRAINING EXpERIENcE

analysing Needs Analysis / Evaluation quiz

1

to check knowledge acquisition and deliver a competence certificate

preparing Course design e-Learning / Planning

to evaluate trainees’ knowledge level

2

teaching Learning & Training Application at customer’s site to optimize the course

Operational excellence is the ambition of all enterprises. In the power industry, companies can only attain – and sustain – operational excellence by focusing not only on their installations, but also on their staff’s continued improvement and skills enhancement. That is precisely the purpose for which Alstom Grid designed its top-of-the-line training program: Competence Management. The Alstom Grid Competence Management program is tailored to customers’ specific training needs. It is an extremely in-depth program that homes in on the skills and knowledge a customer needs to maintain its installation in optimum operating condition. And since it is designed to train people to the highest skill level, it also serves to boost employees’ career development programs, leading them to become certified technical leaders.

how it works

The Competence Management program is designed for customers who need to train a team of several (more than five) technical specialists


3

qualifying Evaluation quiz Knowledge validation

4

certificatiOn

to learn required skills

in a certain discipline or group of disciplines to expert level. It could cover such areas as safety, networks, HV, power transformers, automation or even the full range of GIS skills. It starts with a thorough assessment of existing skills, which is then used as input to determine the training modules needed, and to design and prepare them. Sometimes, if the knowledge base of the trainees varies greatly, training can be split into different levels. Based on the assessment results, the training program is then prepared. This is a major investment in time and effort in selecting the appropriate training materials, adapting them to the specific customer needs in question, and even creating completely new training material to fit the company, the trainees’ needs and the defined objectives. Once the content and schedule are agreed, the training can start. Initially, this will take the shape of e-Learning modules, which also serve to ensure the trainees’ motivation, since they require a certain personal investment.

Then the training proper begins. It will be delivered at one of the 15 specialized worldwide Alstom Grid training centers – the one that best matches the particular skills needs in question. These training centers are located at or close to Alstom Grid plants and so are able to deliver hands-on as well as classroom training. Depending on the topics covered, this phase can vary considerably in length. The training also includes interspersed assessments to evaluate the participants’ progress and their achievement of objectives.

Certificate handed over to the participant. This document is no mere attendance certificate, but a true Competence Certificate that guarantees the training quality and certifies that the individual has indeed acquired the skills required.

The third part of the program takes place at the customer’s site. This gives the trainees the opportunity to learn and practice on their own equipment and in their own working environment.

Qualification

The Competence Management training concludes with a final assessment. This reflects the progress made by the participants and the achievement of the objectives of the program. Only after successful completion of the program and the final assessment is the Competence G l o b a l Tra i n i n g O ff e r

I 17

e-learning

e-LEARNING: TRAINING To mEET INDIVIDUAL NEEDs Discover our e-Learning demo space online at www.grid.alstom.com/training e-Learning solutions offer flexible distance training, allowing your teams to optimize their training time. Our e-Learning programs cover topics related to transmission and distribution, energy quality and electrical risk prevention. Alstom Grid has chosen a new teaching approach called blended training, training, which applies to the majority of our training courses.

1

e-learning to support classroom training

e-Learning is used in addition to classroom teaching, giving trainees the possibility to prepare before classes, so they can get the most from the training and from the trainer’s experience. Before. e-Learning makes it possible for trainees to prepare for the training course on their own, introducing them to the key points of the course and, where needed, bringing participants’ knowledge up to speed in a given area. after. Trainees have access to online training content for a year. This allows them to deepen their knowledge and to use T&D documentary resources (online dictionary, standard glossary, etc.)

2

tutored e-learning

Tutored blended training is a new, entirely personalized training approach. Trainees have contact with a tutor for support for the entire period of their training. Before. There is an initial telephone appointment with a tutor, which enables trainees to assess their current knowledge and define a tailored training program based on their expectations and needs. during. Trainees follow their training at their own pace. At any time, they can contact the tutor for answers on any training-related questions. at the end of the course. To go further in a topic of their choice, trainees benefit from the expertise of a technical consultant for an hour-long telephone call.

adVantages

adVantages

• Trainees can work on their own • Training time is optimized: trainees are well prepared and can take full advantage of the training time • Long-term benefits include access to content for a year

• A tailored program • Distance learning, but with support • The benefits of technical consultant expertise


“À la carte” e-learning e-Learning can be chosen based on a trainee’s needs and available time, to get training in a specific technical area in a matter of hours “4 to 5”. It can be used to study up on old knowledge or boost competencies, and responds instantly and effectively to trainee expectations.

3

BLENDED TRAINING

=

“

e-learning programs

+ interaction with a trainer

(theoretical course/practical application/tutoring)

Customer testimonials

“The ‘Electrical energy step by step’ training course helped me in a number of ways, including structuring the knowledge I already had and learning about transmission equipment.”

“The training course was very instructive on transmission and distribution networks. I became familiar with vocabulary and issues that I did not know about. The training tool and its content are really high quality.”

“Tutored training enabled me to gain better understanding of electrical transmission equipment and the energy sector.”

“The meeting with the technical consultant gave me a better understanding of smart grids and their technical impact.”

Demo space online

www.grid.alstom.com/training

“This is a very useful tool to resolve problems, such as if I want to check equipment compliance. I also use it to refresh my general knowledge on transmission and distribution.” G l o b a l Tra i n i n g O ff e r

I 19

electrical safety NEw

23 • Electrical Risk prevention Tool 24 • Electrical safety for non-electricians 25 • Electrical safety for electricians working at Low Voltage 26 • Electrical safety for electricians working at Low, medium and high Voltage

s1001 F1010 F1020 F1030

safety in hazardous areas (ateX) 27 • safety in explosive atmospheres for workers 28 • safety in explosive atmospheres for managers and supervisors 29 • Additional programs

F5020 F5030

safety & risk prevention

When working in electrical environment, it is a duty to have full knowledge of safety rules to apply them. Not only is this knowledge vital for the analysis and risk management of the various tasks to be performed, but it is essential for the employee’s safety and for those he supervises.

Matching your needs

Electrical Safety

Working safely in an electrical environment relies on four parameters: • be qualified in Electrical Safety • know the electrical installation • wear appropriate Personal Protective Equipment (PPE) • have a regular practice of electrical work The first two can be acquired through training and the last two are mandatory to reach the “zero accident” objective. According to Health & Safety organizations statistics, 80% of accidents are due to behavioral issues. With this in mind, Alstom Grid Technical Institute set a training methodology based on practicing on real scale equipment. Concerning the electrical risk, to reinforce your zero accident policy, our international safety experts have designed a specific e-Learning program to enable people to: • Test themselves • Have a refreshment of their knowledge • Receive more in-depth training according to their level of knowledge, at their own pace. Training and self assessment are closely linked to allow the trainee to be aware of what is at the stake, to learn fundamental rules and or be sure to master them… Every three years, a refresher course is recommended.


Non-electrician working in an electrical environment

ref. F1010

Electrician working < 1 000 V

ref. F1020

Electrician working > 1 000 V

ref. F1030 Aligned with the French publication (UTE C18-510)

Safety in hazardous areas (ATEX)

Explosive atmospheres are a major risk to the employee in hazardous areas. In order to preserve the health and safety of the workers dealing with electrical equipment installed in these areas, a company should comply with three more obligations: • be qualified in ATEX • use ATEX certified equipment • have installations regularly audited and certified for this risk. The first can be acquired through training, and the last two are, as well as for Electrical Safety, mandatory to reach the “zero accident” objective. Alstom Grid Technical Institute has real auditor trainers amongst whom, some are certified by INERIS (French National Institute for Industrial and Environmental Risk). All training courses proposed in this Safety section are based on the trainers’ and trainees’ experiences as well as real case studies. This is done this way so that trainees can acquire and increase their awareness of the correct behavioral attitude to adopt to minimize risks.

NEw

s1001

Electrical Risk prevention Tool

Customer Benefits

objectives

course Topics

• Refresh knowledge on the fundamentals of electrical risk • Learn a minimum number of common international rules concerning electrical risk prevention • Go through a quick and efficient self-assessment on these topics

• Module 1: Learn about electrical risk • Module 2: Learn how to prevent electrical risk • Module 3: Comply with safety procedures (to lock out – tag out)

• Possibility to do this training course on your own site and at your own convenience • Most of the common international rules are dealt with in this training • Up-to-date contents according to current active regulations • Designed by international safety experts • Training accessible 24/7

• Self-assessment • Various interactive learning activities • Summaries • Assessments are readily available but can be customized to your needs, upon request • Easy user navigation

Dates & Place Anytime, anywhere as long as you have internet access prOfiles management design installatiOn OperatiOn maintenance

audience • Any person and company working in an environment with electrical risks • Managers whose teams work in such environments • Health & Safety Managers

learning path

duratiOn

prerequisites

training

neXt step

Local authorization and qualification required to work on an electrical system

s1001

F1010 F1020 F1030

100% theoretical

~ 4 hours

price Contact us


I 23

F1010

Electrical safety for non-electricians

Customer Benefits

objectives

course Topics

• Acquire a basic knowledge of working with electricity, so that the trainees are aware of the dangers that they may encounter in an electrical environment • Act and react according to the working environment

• Electricity and its benefits, use and dangers • How do we protect ourselves against potential danger? • Examples of accidents that have happened and how they could have been avoided • The safety rules for electrical work • Participant evaluation for certification

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Half a day dedicated to practical work • Upon completion of this course, participants will receive a certificate showing the electrical safety level they have achieved

Dates & Place Contact us

prOfiles

audience

learning path

design

• Non-electricity specialist who has basic access to electricity sites

prerequisites

training

neXt step

No technical background required

F1010

s1001

installatiOn OperatiOn maintenance


duratiOn

20% practical 80% theoretical

2 days

price Contact us

F1020

Electrical safety for electricians working at Low Voltage

Customer Benefits

objectives

course Topics

• Work safely when carrying out Low Voltage electrical work such as installation and measurement

• Electricity and its benefits, use and dangers • How do we protect ourselves against potential danger? • Working with Low Voltage electrical safety: general instructions • Practical simulation of potential dangers/accidents • Testing Low Voltage electricity • Participant evaluation for certification

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • A day dedicated to practical work • Role-play exercises demonstrating the importance of safe conduct • Upon completion of this course, participants will receive a certificate showing the electrical safety level they have achieved


prOfiles design installatiOn OperatiOn maintenance

audience • Workers who have a direct involvement in Low Voltage electrical work

learning path

duratiOn

prerequisites

training

neXt step

Basic knowledge of electricity and LV electrical experience

F1020

s1001


3 days

price Contact us


I 25

F1030

Electrical safety for electricians working at Low, medium and high Voltage

Customer Benefits

objectives

course Topics

• Evaluate the danger of electricity • Execute some specific operations on LV & HV installations in safe conditions

• Electricity and its benefits, use and dangers • How do we protect ourselves against the potential danger? • General instructions for working with Low, Medium and High Voltage electrical safety • Practical simulation of potential dangers/accidents • Testing electricity Low and Medium Voltages • Participant evaluation for certification

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • During the training session, interactivity between a small group of trainees allows a smooth evaluation of the trainees’ progression • A day and a half dedicated to practical work • Upon completion of this course, participants will receive a certificate showing the electrical safety level they have achieved



audience • Electrical staff working in Low and High Voltage (non-managerial electrician and/or work supervisor and/or lockout supervisor and/or operation supervisor)


learning path

duratiOn

prerequisites

training

neXt step

Basic knowledge in electricity and LV, MV and HV electrical experience

F1030

s1001


4 days

price Contact us

F5020

safety in explosive atmospheres for workers

Customer Benefits

objectives • Gain or increase knowledge required for the design, achievement and maintenance of electrical and mechanical installations (equipment) in (ATEX) potentially Explosive Atmospheres, according to the required standards • Ensure that equipment repair does not downgrade its safety level • Provide traceability of repair

course Topics • The Explosive Atmosphere (ATEX) approach • Generalities on Explosive Atmospheres (ATEX), Gas and Dust • The mechanism of an explosion

• Comparison between different applicable standards (IECEx, CENELEC, NEC500 and 505) • Exploding risk area Classification (Gas and Dust) • The different types of protection for electrical ATEX equipment (d, m, ia, ib…) • The different types of protection for mechanical ATEX equipment (d, c, k…) • The marking of the equipment • Incidences for use and maintenance • The intervention in ATEX Hazardous Areas • Initial Assessment by questionnaire • Exercises (marking plate of the equipment reading, appropriateness (suitability) of the equipment, initial Assessment by questionnaire)

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Theoretical training and exercises with an INERIS* certified trainer • Exchange of experience and acquiring the right behavior • Evaluation by questionnaire, and Competence certificate issued by INERIS

* INERIS: French National Institute for Industrial and Environmental Risk


prOfiles management design installatiOn OperatiOn maintenance

audience • Persons supervising installation, operation or maintenance on a hazardous area installation concerned by the risks of Explosive Atmosphere (ATEX), under supervision

learning path

duratiOn

prerequisites

training

neXt step

Electrical and mechanical fundamentals

F5020

F5030

20% study case 80% theoretical

1.5 day

price Contact us


I 27

F5030

safety in explosive atmospheres for managers and supervisors

objectives • Gain or increase knowledge required for the design, achievement and maintenance of electrical and mechanical installations (equipment) in (ATEX) potentially Explosive Atmospheres, according to the required standards • Ensure the ATEX safety welcoming at site • Ensure that equipment repair does not downgrade its safety level • Make all operators aware of their responsibilities • Supervise workers in an explosive atmosphere, and ensure the traceability of repairs • Issue the permit to work in an explosive atmosphere

course Topics •The Explosive Atmosphere (ATEX) approach • Generalities on Explosive Atmospheres (ATEX), Gas and Dust •The mechanism of an explosion • Comparison between different applicable prOfiles management design installatiOn OperatiOn maintenance

standards (IECEx, CENELEC, NEC500 and 505) • Exploding risk area Classification (Gas and Dust) • Risk analysis according to area and equipment • The different types of protection for electrical ATEX equipment (d, m, ia, ib…) • The different types of protection for mechanical ATEX equipment (d, c, k…) • The rules applicable to gas (G) ATEX equipment • The rules applicable to dust (D) ATEX equipment • The rules for design, achievement, and maintenance of installations in Explosive Atmospheres • The marking of the equipment • Incidences for use and maintenance • The intervention in ATEX Hazardous Areas • Worker health and safety protection from explosive atmosphere hazards • Exercises (calculation of intrinsic loop, appropriateness (suitability) of the equipment, area classification analysis, marking plate of the equipment reading) • Initial Assessment by questionnaire

audience

learning path

Person technically responsible for an installation in an explosive area (ATEX): • Engineer • Project and design manager • Supervisor responsible for workers in an explosive area

prerequisites

training

F5020

F5030


Electrical and mechanical fundamentals

Customer Benefits • Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Theoretical training and exercises with an INERIS* certified trainer • Exchange of experience and acquiring the right behavior • Pratical test performed in the INERIS laboratories (60 kms north of Paris) with several explosion tests in gas, dust, and electrostatic conditions • Evaluation by questionnaire, and Competence certificate issued by INERIS

* INERIS: French National Institute for Industrial and Environmental Risk


duratiOn


neXt step

4 days

price Contact us

Additional programs − Available on demand

WeB

The following training programs are available on demand. Please don’t hesitate to contact us.

electrical safety s1001

Electrical Risk Prevention Tool − Spanish version

s1001

Electrical Risk Prevention Tool − French version

s1001

Electrical Risk Prevention Tool − German version safety in hazardOus areas (ateX)

f5001

Introduction to explosive atmosphere risks


I 29

e-learning courses NEw

33 • hV power transmission ( > 50 kV) e-Learning training modules 34 • mV power distribution ( > 1 kV) e-Learning training modules 35 • Introduction to Energy management systems e-Learning training modules

s3200 s3300 s4111

technical Fundamentals

NEw

NEw NEw NEw NEw

36 • Electrical Energy Essentials 37 • power system Engineering 38 • Voltage stability 39 • Fundamentals of power system protection 40 • Grid connection protection 41 • medium Voltage industrial installation design 42 • Fundamentals of power Transformers 43 • Instrument Transformers 44 • Digital Instrument Transformers (DIT) 45 • Fundamentals of the high Voltage circuit breaker 46 • Fundamentals of the generator circuit breaker within its electrical environment 47 • Basic hVDc Training 48 • Apps – Industry power system protection

GEE002 GEE004 GEE007 PROG001 PROG011 A2112 A4213 A5312 M108/A5313 A5503 A9103 hVDc001 PROG002

protection & substation control 49 • Apps – Utility power system protection 50 • Advanced power system protection 51 • Apps part 1 – power systems protection 52 • Apps part 2 – Application of protective Relaying to Transmission systems 53 • Apps part 3 – overcurrent Grading and commissioning 54 • Apps combined course 1 (part 1 + part 2) 55 • Apps combined course 2 (part 1 + part 2 + part 3) 56 • Apps To1 – Introduction to the protection scheme philosophy for mV and hV Networks 57 • Apps – Utility Transmission power system protection – Basic 58 • Apps – Utility Transmission power system protection – Advanced 59 • Apps – Utility Transmission power system protection – Expert

PROG003 PROG004 PROG005 PROG006 PROG007 PROG008 PROG009 PROG012 PROG013 PROG014 PROG015

network Management

NEw NEw NEw

60 • power Network Essentials 61 • First Line system maintenance 62 • situation Awareness in control centers for Real-Time operations of power systems and markets 63 • Introduction to smart Grid 64 • control center Architecture 65 • Troubleshooting

GEE003 EmsG003 GEE006 GEE008 GEE009 GEE010

telecommunications 66 • Telecommunications in a power Network 67 • Additional programs

TEL013

Knowledge & Design

To optimize your electrical installation you can limit production outages, improve power quality and better manage disturbances that could lead to defaults. In order to achieve this, a good knowledge of electrical design is needed, but an understanding of the latest technological developments is critical.

Matching your needs To meet your installation needs, including new installations and/or modifications or extensions of existing ones, Alstom Grid Technical Institute proposes training courses that cover: • different installation types and architectures • all voltage levels • installations equipped with, or without, Alstom Grid products • your specific installation. Alstom Grid Technical Institute ensures the most effective training methods for its clients. This is done by providing the technical expertise to the trainee in a progressive way. Here are the steps we suggest: • e-Learning is proposed to the trainee at the discovery phase. This way of training allows the learner to acquire the fundamentals and useful information at his own pace. The trainee can define his program over a variety of modules. It can be covered in a couple of hours, or up to fifty. • Technical Seminars are set to help the trainee focus on a specific topic, in order to deepen and/or update his knowledge. • Installation Design courses offer the possibility to understand the installation operation principles, even at a downgraded mode, in relation with the standards and rules. • Network Operation courses are designed to help the trainee reach an advanced stage of knowledge that will allow them to go beyond installation and substation expertise and to acquire a global view on the network operations.


Your installation at the heart of our training process!

This training offer can also be adapted to your own specific electrical installation. Alstom Grid Technical Institute’s expert trainers can study, in full confidentiality, your installation schemes, specification, technical data and operating procedures, to create and deliver customized teaching material that will optimize the competencies of your personnel. Whatever training curriculum is chosen, the trainee will be sensitized to normal and fault conditions of network and installation operation. We are convinced that after our training the trainee will better analyze situations and find out the appropriate solutions.

s3200

hV power transmission (> 50 kV) e-Learning training modules

Customer Benefits

objectives • Understand the transmission network growth and operating conditions • Understand the various technologies related to substation equipment • Characterize the various structures and master the substation operating conditions

course Topics Transmission network in Europe • Interconnection timeline • Organization & network operator • Energy exchanges & management substation technologies • HV substations • Power transformers • HV Circuit breakers • HV disconnectors & surge arresters • HV GIS


audience • All persons wanting to start learning about the principles of the transmission network

Architecture of hV substations • HV substations structure & diagrams • Step-up substations • HV interconnect & transformer substations substations operating safety & reliability • Instrument transformers • Protection & control • Auxiliary services hV overhead lines & cables • Functions & structure • Sizing • Construction • Available assessments • Easy user navigation • Various interactive learning activities • Online dictionary on transmission and distribution

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced tutor • Assess and train newcomers • Improve and homogenize team members’ knowledge • Share technical issues and references within multi-disciplinary or multi-site teams • Self-assess knowledge acquisition through quizzes during the learning process

Dates & Place Anytime, anywhere, as long as you have internet access

learning path

duratiOn

prerequisites

training

neXt step

Basic knowledge in electricity

s3200

s3300

100% theoretical

17 modules ± 1h

price Contact us


I 33

s3300

mV power distribution (> 1 kV) e-Learning training modules

Customer Benefits

objectives • Understand the evolution in time, the constitution, and the role of distribution networks • Understand the various technologies associated with the components of the network • Characterize the various structures and to index the distribution layouts

course Topics Distribution networks • Distribution in the electrical network • The people involved in deregulation • Constitution of the distribution network substation equipment • Transformers • MV switchgear • Associated equipment

structure & network circuit diagrams • Topology • Overhead and underground networks • MV wiring systems protection systems • Overcurrents • Neutral systems • Earthing connection diagrams Industrial networks • Architecture & voltage levels • Power supply sources • The railway electrical network

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced tutor • Assess and train newcomers • Improve and homogenize team members’ knowledge • Share technical issues and references within multi-disciplinary or multi-sites teams • Self-assess knowledge acquisition through quizzes during the learning process

• Available assessments • Easy user navigation • Various interactive learning activities • Online dictionary on transmission and distribution


prOfiles management design installatiOn OperatiOn

audience • All persons wanting to start learning about the principles of the distribution network

maintenance

learning path

duratiOn

prerequisites

training

neXt step

s3200

s3300

s3200

Basic knowledge in electricity

100% theoretical

15 modules ± 1h

price Contact us


NEw

s4111

Introduction to Energy management systems e-Learning training modules

Customer Benefits

objectives

course Topics

• Introduce students to an overview of electric energy, the power grid, and the management of electricity through an Energy Management System • Review electricity and a physical electrical system as well as the monitoring and control of such a system through an Energy Management System deployed from a respective system control center

• Electricity and electric power systems • Early influential figures in electricity in North America • History of the electric grid in North America • Managing the grid • Information flow in the grid • Generation control center • Transmission control center • Distribution control center • Energy control center • Dispatcher training center • Engineering and planning

• Possibility to do this training course on your own site and at your own convenience • Upon completion of this course, students will be able to describe electric power and the grid, power systems, transformers, frequency, phase, electrical regions (islands), power pools, power transfer, contributions of early figures in electricity, contributing factors in the development of the electric grid in North America, events that triggered the need for an energy management system (EMS), power system connections, operating area, control centers, SCADA, power system protection and dispatcher training • Student quizzes



audience • Anyone who will be working with an Energy Management System in the Electric Power Generation, Transmission, or Distribution industries

learning path

duratiOn

prerequisites

training

None

s4111 100% theoretical

neXt step

3 - 4 hours

price Contact us


I 35

GEE002

Electrical Energy Essentials

Customer Benefits

objectives

course Topics

• Give an overview of the electrical power network from its generation to its distribution (primary functions of power system components) • Explain some aspects of regulation, deregulation, trading, safety and environment of the electrical energy industry • Describe the principles involved in operation of interconnected power systems, economic considerations for interchanging power between systems, control methods, and reliability considerations

• Discussions on the electrical energy industry, including renewable energy • The societal impact of blackouts • The environmental impact of generating electricity and its economic considerations • Aspects of policies and their implications • In-depth look at generation, transmission, distribution and their interdependencies

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, participants will be able to understand the high-level power system components and interactions within the electric energy industry • Managers are expected to be comfortably conversant in this industry and be better equipped to make more informed decisions • Staff members completing this course are expected to have the required knowledge to better contribute and be more informed in workplace situations


prOfiles management

audience • Management and staff who will benefit from knowledge of power systems in the electric energy domain

learning path

duratiOn

prerequisites

training

None

GEE002 100% theoretical

neXt step

2 days

price Contact us


GEE004

power system Engineering

Customer Benefits

objectives

course Topics

• Refresh and update the trainees’ knowledge about electrical engineering

• Basic power systems technology • Three-phase current network • Capital assets characteristics • Energy transference in the three-phase current network • Short-circuit • Physical phenomena

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, participants will be able to understand the high-level power system components and interactions within the electric energy industry • Participants will have the required knowledge to really improve their contribution in their work


prOfiles management

audience • Engineers and managers involved in protection technology

learning path

duratiOn

prerequisites

training

neXt step

Basic knowledge of electrical engineering

GEE004

Apps

100% theoretical

2 days

price Contact us


I 37

GEE007

Voltage stability

Customer Benefits

objectives • Give a comprehensive overview of voltage stability problems • Teach methods to effectively address these problems in the planning, design and operation of electric power systems

course Topics Introduction and basic concepts • Definition and classification of power system stability • Conceptual relationship between power system stability, security and reliability • Review of the concepts of active power and reactive power

• An elementary view of the voltage stability phenomenon Equipment characteristics impacting voltage stability • Synchronous machines • Excitation systems • AC Transmission • Power system loads control of reactive power and voltage • Control objectives • Production and absorption of reactive power • Methods of voltage control • Principles of reactive compensation in transmission systems • Static and dynamic compensators Typical scenarios of voltage instability • Long-term voltage instability • Short-term voltage instability

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, participants will learn in detail the methods of voltage control and reactive planning in transmission networks


prOfiles management

audience • Management and staff who will benefit from having a high-level knowledge of situation awareness in control centers


learning path

duratiOn

prerequisites

training

None


neXt step

2 days

price Contact us

PROG PROG001 001

Fundamentals of power system Protection

Customer Benefits

objectives

course Topics

• Provide a basic understanding of the application of protection to systems and plant, such as lines, transformers, generators & motors

• Protection fundamentals • Basic application principles • Introduction to overcurrent protection • Differential protection • Generator protection

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, the participants will be aware of the protection principles needed to understand system requirements • Gives participants the confidence to maintain systems • This course suits all profiles with a minimum of electrical theory



audience • People with little or no previous experience in protection

learning path

duratiOn

prerequisites

training

neXt step

Persons attending this course must have a basic understanding in electrical theory

PROG001

PROG004

100% theoretical

2 days

price Contact us


I 39

PROG011

Grid connection protection

Customer Benefits

objectives

course Topics

• Understand grid connection protection (G59), environment and context

• Grid connection protection overview • Protection relays: define the main protection relays and their settings • Alstom Grid solution presentation • Introduction to grid connection protection MiCOM P341 • MiCOM P341 basic commissioning procedures and operation

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, participants will have a better understanding of grid connection & islanding protection relays and their settings • Will get ideas on basic commissioning procedures and operation of grid interconnection relays


prOfiles design installatiOn OperatiOn

audience • Engineers/technicians, commissioning/test engineers

maintenance


learning path

duratiOn

prerequisites

training

neXt step

Basic understanding of electrical principles and associated mathematics

PROG011

PROG004


1 day

price Contact us

A2112

medium Voltage industrial installation design

Customer Benefits

objectives • Design a MV electrical installation • Estimate the value of short circuit currents • Select the appropriate switchgear • Select the appropriate electrical ductwork

course Topics stages in the design of an installation • Installation standards • List of equipment used, power balance selection of power supplies: normal, substitute emergency • Selection of neutral point connection characteristics of current-using equipment • Motors characteristics of various power sources • Definitions of the switchgear, symbols


audience • Engineers and technicians involved in the design, study, modification, maintenance and operation of MV industrial installations

• Distribution networks, transformers, generator set Estimation of short circuit currents • Three-phase short-circuit at one point on the network • Two-phase short-circuit selection of switchgear • Isolator switch, load break switch, contactors fuses, Circuit breakers selection of wiring systems • Steady state operating conditions, transient operating conditions Industrial networks • Connection to the grid, compensation for reactive energy • Structures, neutral point connection, earthing faults • Protection systems, selectivity: current, time delay and logic relays protection of power transformers case study

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Customize the solutions for troubleshooting (malfunctioning and/or fault mode) and modifications or extensions


learning path

duratiOn

prerequisites

training

neXt step

Qualified technician, 2-year university technological diploma or completion

A2112

D2102


3 or 4 days

price Contact us


I 41

NEw

A4213

Fundamentals of power Transformers

Customer Benefits

objectives • Become conversant in the fundamentals of transformer design, and their application in transmission systems and industrial applications

course Topics Basic Transformer Theory • Principles, Core, Windings, Losses Transformer cooling • Cooling modes short circuit withstand • Stresses and failure modes Voltage Regulation • OLTC, OCTC, Vacuum interrupter tap-changers Transformer connections • Delta, Star, Zigzag

Transformer construction • Tanks, Conservators, Bushings, Cable boxes, Current Transformers, Dehydrating Breathers Transformer protection • Buchholz relay, PRV, Sudden pressure relay, OTI, WTI Transformer Testing • Factory and Field testings Transformer oil • Oil quality tests • DGA manufacturing & assembling process • Core, Windings, Bushings and the other accessory assembling special Transformers • Phase Shifting Transformers • HVDC Transformers • Rectifier and Furnace Transformers • Shunt and Smoothing Reactors • Trackside Transformers • Continuously Emergency Rated (CER)

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • The participants should gain from the course an increased level of knowledge in the design and application of transformers in both transmission and industrial application • A wide overview of what power transformers are today and what the future will be through new solutions • One year access to S3601 e-Learning training programs accessible 24/7 through our LMS (if required)



audience • Engineers involved in the design and application of transmission networks • Graduate engineers entering the industry


learning path

duratiOn

prerequisites

training

neXt step

s3601

A4213

TIR066

Working in a T&D environment, and/or with a degree in Electrical Engineering or equivalent

100% theoretical

3 days

price Contact us

A5312

Instrument Transformers

Customer Benefits

objectives • Understand instrument transformers, their technology and environment • Optimize their integration in the HV and MV networks • Specify and select the appropriate solutions in instrument transformers

course Topics Different types of instrument transformers • Current Transformers – CT • Voltage Transformers – VT • Combined Metering Units – CMU • Capacitor Voltage Transformer – CVT Insulation techniques • Paper-oil insulation • Resin insulation • SF6 insulation


audience • Consulting and protection engineers and technicians • Project managers and field technicians

Design parameters • Current transformer: nominal ratio, short circuit current, accuracy class and burden, transient performance • Inductive type voltage transformer: nominal ratio, accuracy class and burden, thermal power • Capacitor voltage transformer: nominal ratio, accuracy class and burden, thermal power • Special site & environmental conditions commissioning and maintenance • Instructions for erection & commissioning, recommendations for maintenance, accessories

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Whatever the size or design, current transformers, voltage transformers, and combined current-voltage transformers are the essential link to the safety of your network, and this training will open up theirs secrets


learning path

duratiOn

prerequisites

training

neXt step

1 day

s3601

A5312

M108/A5313 s3601

price

Electrotechnical fundamentals and grid protection


Contact us


I 43

NEw

M108/A5313

Digital Instrument Transformers (DIT)

Customer Benefits

objectives

course Topics

• Understand Digital Instrument Transformers, their technology and environment • Know on product’s main characteristics and advantages • Discover possible applications in existing or future networks

Digital Technology • Operation principles of DIT and new level of accuracy • 61850-9-2 standard protocols for communication between IT & electronic device • Technology comparison with conventional equipment • Perspective for HV and UHV networks DIT solutions commercially available to meet new networks challenges • NXCT – Optical Current Transformer • NXCM – Combined Metering Unit • NXCT-F3 Flexible Optical Current Transformer • Merging Unit

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • The reduced size and weight are attractive benefits over conventional instrument transformers • Easy placement in compact substations or in retrofit applications • Its broad dynamic range makes it particularly suited for applications where extreme accuracy at both full power output and station service draw is demanded • It is the future ready solution for HV and UHV networks, with a complete new approach of the instrument transformers use



audience • Consulting and protection engineers • Project managers and field technicians

learning path prerequisites

training

neXt step

A5312 s3601

M108/A5313

s3601

Basic knowledge in electrotechnical


duratiOn

100% theoretical

1 day

price Contact us

NEw

A5503

Fundamentals of the high Voltage circuit breaker

Customer Benefits

objectives • Become conversant in the fundamentals of High Voltage Circuit breakers • Know the main elements of switchgear design, construction and testing

course Topics Types of disturbances on power systems short-circuit Theory circuit interruption • Symmetrical/asymmetrical conditions • Arcing • Transient phenomena Insulation, Interruption medium and Interrupter Design • Air and Oil • Vacuum and Sulphur hexafluoride (SF6) circuit breaker Interrupters and operating mechanisms

prOfiles design OperatiOn

audience • Engineers involved in the design and application of transmission networks and graduate engineers entering the industry

• Interrupter principles and types • Mechanisms circuit breaker Types • Dead Tank and Live Tank (AIS) • Gas-Insulated Switchgear (GIS) • Mixed Technology Switchgear (MTS) capacitor and Reactor switching • Capacitor switching; reactor switching • Point on wave switching circuit breaker Testing and Interpretation • List of testing according standards Installation and commissioning maintenance, condition monitoring, Decommissioning • Time based • Condition based • Monitoring devices Assignment • Test results history and Future of Transmission switchgear

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Gain confidence in the correlation between High Voltage network parameters and the associated key switchgear parameters in the compilation of switchgear specifications


learning path

duratiOn

prerequisites

training

neXt step

Working in a T&D environment It is recommended to have a degree in electrical engineering or equivalent

A5503

s3200

100% theoretical

2.5 days

price Contact us


I 45

NEw

A9103

Fundamentals of the generator circuit breaker within its electrical environment

Customer Benefits

objectives • Become conversant in the fundamentals of the main equipment operating with a generator Circuit breaker

course Topics Generator circuit breakers • General & Introduction • Standard • Basic application • Product Range • Short circuit Requirements synchronous Generators • Basic Theory • Types • Application • Characteristics • Short circuit Parameters • Transient Recovery Voltage • Out-of-phase • Delayed current Zero prOfiles design OperatiOn

audience • Engineers involved in the design and application of generator Circuit breakers and graduate engineers entering the industry


worked Example from Annex A c37-013 IEEE Generator transformers • Introduction • Explaining the Technology • Tap changers • Natural frequency synchronizing, Automatic Voltage Regulators (AVR) and speed control • Synchronizing Principles • Principles of AVR’s • Generator Speed Control Generator Protection • Need for protection • Typical protection schemes

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • The trainee will get a clear understanding of the interest and behavior of generator Circuit breakers from other equipment specifications involved together within power plants


learning path

duratiOn

prerequisites

training

neXt step

2 days

Working in a T&D environment as well as power plants It is recommended to have a degree in Electrical Engineering or equivalent

A9103

s3200 s3601

price

100% theoretical

Contact us

NEw

hVDc001

Basic hVDc Training

Customer Benefits

objectives

course Topics

• Describe the development and fundamentals of the HVDC converter equipment • Describe HVDC converter schemes equipment

• Introduction to HVDC • HVDC Fundamentals • HVDC Single Line Diagram • Introduction to HVDC Thyristor Valves • HVDC Thyristor Valve Components • Harmonics and Filters • Insulation Coordination • Overview of Digital Studies • Control and Protection of HVDC Systems • HVDC Controls • Station Civil Engineering • Future Technologies in HVDC

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Benefits and scope of HVDC transmission • Awareness of HVDC technology and applications • Technical understanding of HVDC equipment • Scope of HVDC scheme specification • Company with many years of experience in the area



audience • Power transmission and distribution engineers

learning path

duratiOn

prerequisites

training

neXt step

Qualification and and/or experience in power electronics

hVDc001

s3200

100% theoretical

3 days

price Contact us


I 47

PROG002

Apps – Industry power system Protection

Customer Benefits

objectives

course Topics

• Gain a comprehensive understanding of the principles of selection and application of the most common types of protection found in distribution: MV/LV networks for Oil & Gas, Petroleum Company, steel, mining & metal industries

• Fault analysis tutorials • Detailed overcurrent grading/ co-ordination • Pilot wire differential protection • Power transformer protection • Generator protection • Motor protection • Busbar protection • Current transformer requirements for protective relaying

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • On completion of the course, trainees should have a sufficient understanding of the aspects of protection covered during the course to enable them to liaise confidently with specialist protection engineers concerning those subjects



audience • Engineers/managers who already have experience in protection principles, but want to expand/ update this knowledge in the area of distribution and generation power systems


learning path

duratiOn

prerequisites

training

neXt step

Persons attending this course must have a reasonable understanding of electrical theory

PROG002

PROG004

100% theoretical

5 days

price Contact us

PROG003

Apps − Utility power system protection

Customer Benefits

objectives

course Topics

• Gain a comprehensive understanding of the principles of selection and application in the most common types of protection found in distribution, transmission and sub-transmission power systems

• Fault analysis tutorials • Detailed overcurrent grading/ co-ordination • Pilot wire differential protection • Power transformer protection • Distance protection • Busbar protection • Current transformer requirements for protective relaying

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, sustain the success of your business by enhancing employee efficiency and morale • Reinforce your company’s expert knowledge • Reduce your maintenance costs and down time • Handle your system operations effectively in all situations • Focus on distribution, transmission and sub-transmission power systems for our utility customers



audience • Engineers/managers who already have experience in protection principles, but want to expand/ update this knowledge in the area of generation, transmission and distribution power systems

learning path

duratiOn

prerequisites

training

neXt step


PROG003

PROG004

100% theoretical

5 days

price Contact us


I 49

PROG004

Advanced power system protection

Customer Benefits

objectives • Teach aspects of protection for applications with a more analytical approach than the basic course • Cover fault analysis techniques and application considerations for feeders, transformers, generators & motors • Address the principles of selection and application for the most common types of relay found in transmission systems • Provide presentations and worked examples on distance protection, busbar protection, auto-reclosing and system stability

course Topics • Basic commissioning and maintenance techniques Basic fault calculations Relays and protection schemes prOfiles design installatiOn OperatiOn

audience • Engineers who want to work in the protection industry

maintenance


power system grounding arrangements Application principles and setting procedures of: • Feeder protection • Motor protection • Generator protection • Transformer protection • Busbar protection • Distance protection • Distance protection schemes Application examples and tutorials current & Voltage transformer requirements for protection Auto-reclose on Distribution systems Auto-reclose on Transmission systems system stability Fault analysis tutorials •Detailed overcurrent grading/ coordination tutorial hands testing of overcurrent, differential, motor, generator and distance protection relays Protection for all voltage levels’ relays

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, the participants will have a better understanding of protection principles and application • The participants will gain confidence in electric system operations and protections


learning path

duratiOn

prerequisites

training

It is recommended that people attending this course have at least a degree in electrical engineering

PROG004 100% theoretical

neXt step

4 weeks

price Contact us

PROG005

Apps part 1 − power systems protection

Customer Benefits

objectives

course Topics

• Teach aspects of protection for applications with a more analytical approach than the basic course • Cover fault analysis techniques and application considerations for feeders, transformers, generators & motors

Relays and protection schemes Basic fault calculations power system grounding arrangements Application principles and setting procedures of: • Feeder protection • Motor protection • Generator protection • Transformer protection Application examples and tutorials current & Voltage transformer requirements for protection

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, sustain the success of your business by enhancing employee efficiency and morale • Reinforce your company’s expert knowledge • Reduce your maintenance costs and down time • Handle your system operations effectively in all situations • Gain knowledge to choose the suitable relay to match your system parameters



audience • Engineers who wish to gain more experience in protection setting & application of transmission protection

learning path

duratiOn

prerequisites

training

neXt step

Reasonable understanding of electrical theory

PROG005

PROG006

100% theoretical

3 days

price Contact us


I 51

PROG006

Apps part 2 − Application of protective Relaying to Transmission systems

Customer Benefits

objectives

course Topics

• Address the principles of selection and application in the most common types of relay found in transmission systems • Give presentations and worked examples on distance protection, busbar protection, auto-reclosing and system stability

• Application principles and setting procedures of: distance protection, distance protection schemes • Auto-reclose on Distribution Systems • Auto-reclose on Transmission Systems • System Stability • Application principles and setting procedures of busbar protection • Application examples and tutorials

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, sustain the success of your business by enhancing employee efficiency and morale • Reinforce your company’s expert knowledge • Reduce your maintenance costs and down time • Handle your system operations effectively in all situation • Worked examples for better understanding



audience • Engineers who wish to gain more experience in protection setting & application of transmission protection


learning path

duratiOn

prerequisites

training

neXt step

PROG005

PROG006

PROG007


100% theoretical

1.5 day

price Contact us

PROG007

Apps part 3 − overcurrent Grading and commissioning

Customer Benefits

objectives

course Topics

• Analyze fault and grade overcurrent • Teach Basic commissioning techniques • Test overcurrent, differential, motor, generator and distance protection relays

• Fault analysis tutorials • Detailed overcurrent grading/ coordination tutorial • Basic commissioning and maintenance techniques • Hands-on testing of overcurrent, differential, motor, generator and distance protection relays

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, sustain the success of your business by enhancing employee efficiency and morale • Reinforce your company’s expert knowledge • Reduce your maintenance costs and down time • Handle your system operations effectively in all situations



audience • Delegates who require more tutorial time on fault calculations and application of overcurrent relays, together with knowledge of basic relay testing

learning path

duratiOn

prerequisites

training

PROG006

PROG007


100% theoretical

neXt step

4 days

price Contact us


I 53

PROG008

Apps combined course 1 (part 1 + part 2)

Customer Benefits

objectives

course Topics

• Teach aspects of protection for applications with a more analytical approach than the basic course • Cover fault analysis techniques and application considerations for feeders, transformers, generators & motors • Address the principles of selection and application in the most common types of relay found in transmission systems • Give presentations and worked examples on distance protection, busbar protection, auto-reclosing and system stability

Relays and protection schemes Basic fault calculations power system grounding arrangements Application principles and setting procedures of: • Feeder Protection • Motor Protection • Generator Protection • Transformer Protection • Distance Protection • Distance Protection Schemes • Busbar Protection Application examples and tutorials current & Voltage transformer requirements for protection Auto-reclose on Distribution systems Auto-reclose on Transmission systems system stability

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, sustain the success of your business by enhancing employee efficiency and morale • Reinforce your company’s expert knowledge • Reduce your maintenance costs and down time, handling your system operations effectively in all situations • In one week, participants will understand the full range of protections



audience • Engineers who wish to gain more experience in protection setting & applications of transmission protection

learning path

duratiOn

prerequisites

training

neXt step


PROG008

PROG007

100% theoretical

5 days

price Contact us


PROG009

Apps combined course 2 (part 1 + part 2 + part 3)

objectives • Teach aspects of protection for applications with a more analytical approach than the basic course • Cover fault analysis techniques and application considerations for feeders, transformers, generators & motors • Address the principles of selection and application in the most common types of relay found in transmission systems • Give presentations and worked examples on distance protection, busbar protection, auto-reclosing and system stability • Analyze fault and grade overcurrent • Teach Basic commissioning techniques • Test overcurrent, differential, motor, generator and distance protection relays

course Topics Relays and protection schemes Basic fault calculations prOfiles design installatiOn OperatiOn maintenance

audience • Engineers who wish to gain more experience in protection setting & applications and additional tutorials on fault calculations and application of overcurrent relays, combined with knowledge of basic relay testing

power system grounding arrangements Application principles and setting procedures of: • Feeder protection • Motor protection • Generator protection • Transformer protection • Distance protection • Distance protection schemes • Busbar Protection Application examples and tutorials current & Voltage transformer requirements for protection Auto-reclose on Distribution systems Auto-reclose on Transmission systems system stability Fault analysis tutorials Detailed overcurrent grading/ coordination tutorial Basic commissioning and maintenance techniques hands testing of overcurrent, differential, motor, generator and distance protection relays

Customer Benefits • Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, sustain the success of your business by enhancing employee efficiency and morale • Reinforce your company’s expert knowledge • Reduce your maintenance costs and down time • Handle your system operations effectively in all situations


learning path

duratiOn

prerequisites

training

Basic knowledge of electricity and associated mathematics


neXt step

2 weeks

price Contact us


I 55

PROG012

Apps T01 − Introduction to the protection scheme philosophy for mV and hV Networks

Customer Benefits

objectives

course Topics

• Understand the protection schemes of industrial, distribution, generation or transmission electrical networks • Understand digital control system for MV/HV substations

• Electrical network topology • Electrical substation type & topology • Basic principles of protection schemes • Earthing mode/Short circuit current and fault calculation • Overcurrent protection/directional • Transformer protection • Line protection • Distance protection • Differential protection • Motor protection • Generator protection • Busbar protection • Current transformers, voltage transformers • Application examples for the specification of protection schemes • Introduction to digital control system

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, sustain the success of your business by enhancing employee efficiency and morale • Reinforce your company’s expert knowledge • The participants have increased understanding of protection principles used on industrial, distribution, generation or transmission system • The participants gain the confidence to maintain their system


prOfiles management design installatiOn maintenance

audience • Maintenance and commissioning engineers, especially those involved with protective relays • Protection engineers, protection design engineers • Project manager


learning path

duratiOn

prerequisites

training

Knowledge and understanding of MV or HV electrical networks Electrotechnical and mathematical basis Technician or engineer level


neXt step

5 days

price Contact us

PROG013

Apps – Utility Transmission power system protection – Basic

Customer Benefits

objectives

course Topics

• Understand the key principles of protection in HV and EHV transmission networks

• Fundamental principles on protective relays use • Fundamentals on protection principles • Short circuit currents • Power transformers and transformer feeders protection • Line protection principles • Distance protection • Tele-action schemes • Line differential protection

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, sustain the success of your business by enhancing employee efficiency and morale • Reinforce your company ’s expert knowledge • The participants gain increased understanding of protection principles needed to understand HV system requirements • The participants gain the confidence to maintain their system



audience • Maintenance and commissioning engineers, especially those involved with protective relays • Protection engineers, protection design engineers • Project managers

learning path

duratiOn

prerequisites

training

neXt step

Knowledge and understanding of HV and EHV transmission networks Electrotechnical and mathematical basis Technician or engineer level

PROG013

PROG014

100% theoretical

5 days

price Contact us


I 57

PROG014

Apps – Utility Transmission power system protection – Advanced

Customer Benefits

objectives

course Topics

• Enhance the trainees’ knowledge and understanding of HV and EHV transmission network protection principles

• Topology and architecture of power transmission and distribution networks • Advanced module on power transformer protection • Specific applications for transmission system (breaker failure, recloser, check-synchro, power swing, fault locator, fuse detection, CT & VT supervision, trip circuit supervision) • Busbar protection – Busbar differential schemes • Earthing systems • Advanced module on short-circuit currents

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, sustain the success of your business by enhancing employee efficiency and morale • Reinforce your company’s expert knowledge • The participants will attain a high level of understanding in HV/EHV system protection schemes • The participants become able to realize an optimal specification of a protection scheme



audience • Maintenance and commissioning engineers, especially those involved with protective relays • Protection engineers • Protection design engineers • Project managers


learning path

duratiOn

prerequisites

training

neXt step

PROG013

PROG014

PROG015

Knowledge of HV and EHV transmission networks Electrotechnical Mathematical basis Technician or engineer level

100% theoretical

5 days

price Contact us

PROG015

Apps − Utility Transmission power system protection − Expert

Customer Benefits

objectives

course Topics

• Gain a global understanding of phenomena and constraints influencing HV and EHV transmission network protection

• Generator protection • Selectivity, protection grading • Power system stability, auto-reclose, load shedding • Current Transformers & Voltage Transformers

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, sustain the success of your business by enhancing employee efficiency and morale • Set up expert knowledge in your company • The participants reach an expert level on understanding and building HV/EHV system protection schemes • The participants can realize an optimal specification of a protection scheme • The participants learn how to put into practice the full benefits of a protection scheme



audience • Maintenance and commissioning engineers, especially those involved with protective relays • Protection engineers • Protection design engineers • Project manager

learning path

duratiOn

prerequisites

training

PROG013 PROG014

PROG015

Knowledge of HV and EHV transmission networks Electrotechnical mathematical basis Technician or engineer level

100% theoretical

neXt step

5 days

price Contact us


I 59

GEE003

power Network Essentials

Customer Benefits

objectives

course Topics

• Describe the electrical power network or grid from the generation, transmission and distribution • Gain further knowledge of each stage of the power flow and its components • Gain in-depth knowledge of the electrical power system operations • Cover the economic aspects of the electricity industry such as deregulation and trading

• The growth of electric power systems in the industry • Components of power systems • Environmental impact of power systems • Series of impedance of Transmission • Capacitance of Transmission Lines • Current and Voltage of Transmission Lines • System modelling and network calculation • Economic operations of power systems • Automatic control • System protection • Power system stability and power quality • Interconnection failures and blackouts • Deregulation and power trading

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, managers are expected to be comfortably conversant in this industry and better equipped to make more informed decisions • Staff members completing this course are expected to have the required knowledge to better contribute, be more informed and improve their contribution in the workplace


prOfiles management installatiOn OperatiOn maintenance

audience • Engineers who do not have a background in electrical engineering but are working, or are associated with, the electrical power industry


learning path

duratiOn

prerequisites

training

Basic knowledge of electricity and associated mathematics


neXt step

5 days

price Contact us

EmsG003

First Line system maintenance

Customer Benefits

objectives

course Topics

• Understand hardware architecture (EMS – SCADA) • Know how to do basic hardware troubleshooting • Know how to do preventive system maintenance • Do daily maintenance on hardware and software

Architecture: • Hardware (Tempo consulting) • Software (OS…) (ARES) • Network LAN/WAN Ghosting system and data back up Log activity

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, students will have a good understanding in the maintenance of an aspect of the EMS-SCADA System


prOfiles maintenance

audience • Personnel in charge of maintenance and maintenance engineers

learning path

duratiOn

prerequisites

training

Basic knowledge of computer science

EmsG003 50% theoretical 50% practical

neXt step

customized

price Contact us


I 61

GEE006

situation Awareness in control centers for Real-Time operations of power systems and markets

Customer Benefits

objectives • Cover the fundamentals of Situation Awareness • Teach design strategies that can increase the level of overall knowledge operators have about network status and environmental or man made hazards, in normal operation or on a crisis mode • Give an overview of relevant EMS applications as well as how other Decision Support Systems (DSS) are used to improve Situation Awareness

course Topics • The basic concepts of Situation Awareness (SA)

• Techniques for measuring SA • Application of SA techniques in system design • Energy Management System applications for SA improvement • Decision Support Systems (DSS) for SA improvement • Defining requirements for designing utility control centers • Requirements for control center visualization tools • Emerging industry standards for SA • Emerging technologies for improving SA • Techniques for capturing operators’ undocumented knowledge • Using captured knowledge in real-time decision making • Examples of what some utilities are doing to improve SA

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • This intensive course will provide participants with a solid understanding of the basics of Situation Awareness and key issues related to designing systems for situation awareness, as well as an overview of the tools and technologies for improving SA in control centers • A review of the process used by utilities to define requirements for control center SA tools will also be discussed


prOfiles management

audience • Management and Staff who will benefit from having a high-level knowledge of situation awareness in control centers


learning path

duratiOn

prerequisites

training

None


neXt step

2 days

price Contact us

NEw

GEE008

Introduction to smart Grid

Customer Benefits

objectives

course Topics

• Gain insight on the current status of the Smart Grid: what it is and what it is not, its components, its challenges, and the opportunities it presents for our future

• Historical context of today’s grid • Today’s struggling grid • What is the Smart Grid? • Benefits of the Smart Grid • Components of the envisioned Smart Grid • Putting the components of the Smart Grid together • Issues driving the progress of the Smart Grid • Roadblocks to the Smart Grid • Delivery of major Smart Grid components • The current grid capacity and the future Smart Grid • Alstom Grid’s Smart Grid solutions

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Gain insight into issues surrounding the current grid • Understand major issues driving the Smart Grid and how it might affect an individual organization • Know possible roadblocks of the Smart Grid • Become knowledgeable about Smart Grid solutions



audience • People interested in issues related to the Smart Grid

learning path

duratiOn

prerequisites

training

Interest in learning about the Smart Grid


neXt step

2 days

price Contact us


I 63

NEw

GEE009

control center Architecture

Customer Benefits

objectives

course Topics

• List some regulation, technology, cultural, and business changes that affect Alstom Grid customers • Identify the equipment of a typical power system (generation, transmission, distribution assets) • Describe the layout and function of a typical energy control center (GCC, TCC, DCC, ECC) • Describe the purpose of some e-terra solutions (e-terrascada, e-terrageneration, e-terrahabitat, e-terraplatform…) • Design and describe a simple conceptual architecture of a system delivered by Alstom Grid to customers (PDS, QAS, DTS, EMS, DMS, GMS)

• Industry changes • e-terra toolbox • Electric utility control center today • Production real-time data flow • Production change deployment • Change response • Electric utility control center tomorrow

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Participants will increase their understanding of what the ‘grid’ is, and how our customers manage its reliability • Participants will increase their understanding of how Alstom Grid e-terra solutions help our customers



audience • Employees who need a simple understanding of how the modern energy control center (ECC) operates, and how Alstom Grid e-terra solutions assist ECC operations


learning path

duratiOn

prerequisites

training

Some background reading is provided prior to classroom training


neXt step

2 days

price Contact us

NEw

GEE010

Troubleshooting

Customer Benefits

objectives

course Topics

• Gain the tools for accurate resolution of the root cause of a problem • Reduce the time required to resolve issues • Reduce the level of stress of support staff • Establish a common vocabulary between your support staff and the Alstom Grid support team for resolution of issues • Teach a standardized process of troubleshooting and put this process into practice

• Troubleshooting as a life skill • Standardized troubleshooting process • Building confidence in using tools to find resolution to issues • Practical use of the methodology in problem resolution

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Attendees will gain the confidence to be able to apply the principles of the troubleshooting course to the resolution of problems • Development of a common troubleshooting language with the Alstom Grid support team • Reduction in the time it takes to resolve problems



audience • Support team — EMS, DMS, or MMS — who are involved in working on your system and who, from time to time, need to resolve issues with the system, including the filing of SPRs

learning path

duratiOn

prerequisites

training

None; it is helpful if the student has a background in the system which he or she is supporting or a background in computer support

GEE010 50% practical 50% theoretical

neXt step

2 days

price Contact us


I 65

TEL013

Telecommunications in a power Network

Customer Benefits

objectives

course Topics

• Give an exhaustive view of the different methods for exploiting historical data

• Presentation of operator’s needs • Constraints • Telecom Solutions • Telecom Network management • Telecom Actual and future Services • Telecom Network principles and examples

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, managers will not only have attained a comprehensive view of telecom architectures in power networks but they also will have acquired the knowledge to differentiate the services that may be required and that can be supported within his/her organization



audience • Personnel in charge of the operation or the maintenance, engineers and designers responsible for integrating this equipment in telecommunications networks


learning path

duratiOn

prerequisites

training

The participants need to have a background in the electrical energy environment

TEL013 100% theoretical

neXt step

1 day

price Contact us


WeB


technical fundamentals a2402

High Voltage installations diagrams and components

a5412

Surge Arresters netWOrk management

gee005

SCADA Security


I 67

transmission equipment NEw NEw NEw NEw

NEw NEw

NEw

NEw

NEw

NEw

71 • e-Learning fundamentals for high Voltage above 50 kV s3201 72 • e-Learning fundamentals for GIs (Gas-Insulated switchgear) substation s3202 73 • Transformer technology, features and applications s3601 74 • sF6 Gas Recovery Regulation Ec 842-2006 (for inexperienced personnel) V0032 75 • sF6 Gas Recovery Regulation Ec 842-2006 (for experienced personnel) V0033 76 • handling of sF6 and cF4 gases according to IEc/TR 62271-303 technical report M111 77 • power Transformers operation & maintenance c4242 78 • on Load Tap changers operation & maintenance c4532 79 • Vertical-break, center-break and pantograph − Disconnectors and Earthing switches from 52 kV to 550 kV M151/TIR058 80 • sF6 circuit breaker − GL Type for high Voltages under 250 kV operation & maintenance V5642/M105/TIR049 81 • sF6 circuit breaker − GL Type for high Voltages over 250 kV operation & maintenance V5442/M106/TIR055 82 • Deadtank circuit breaker – DT1/DT2 Ranges M101 83 • monitoring cBwatch-2 operation V8142/M141 84 • synchronizing relay Rph range V8342/M142 85 • FKG2 − sF6 generator circuit breaker − operation & maintenance V9442 86 • FKG1 − sF6 generator circuit breaker − operation & maintenance V9542 87 • Gas-Insulated switchgear − F35-3/4/5 Type − maintenance & Breakdown repair TIOE002 88 • Gas-Insulated switchgear − B65 Type − maintenance & Breakdown repair TIOE003 89 • Gas-Insulated switchgear − B95/B212 Type − maintenance & Breakdown repair TIOE004 90 • Gas-Insulated switchgear − B105 Type − maintenance & Breakdown repair X4442 91 • Gas-Insulated switchgear − T155 Type spring mechanism maintenance & Breakdown repair X6142 92 • Bwatch-3 – status monitoring system for Gas-Insulated switchgear X8142/M143 93 • cAIs/AIm/hypact compact outdoor substation solution/72, 5 kV up to 170 kV commissioning, operation & maintenance TIR059 94 • ms 3000/ms 2000 in practice − Installation, operation & maintenance TIR066 95 • spring operating mechanism for circuit breaker Type FK1/2/3 service, maintenance & Troubleshooting TIOE006 96 • high Voltage Test with pD/UhF measurement on Gas-Insulated switchgear TIOE008 97 • Additional programs

Operation & Maintenance

Whether maintenance is carried out by your company’s site personnel or subcontracted, power service continuity is your remit. Your electrical installation may already be designed but in-depth product knowledge is vital. When it comes to equipment operation and maintenance, theoretical study is necessary but not sufficient to optimize site personnel reactivity. What makes a real difference is the experience site personnel can gain through practice, over the years, or... through training.

Matching your needs Theory is needed, practice is essential!

It is clear that no operation or maintenance can be achieved without a minimum of electrical product study. A theoretical approach will allow your personnel to acquire the right competencies more quickly. Training will provide in weeks what field experience can bring you in years. This is why the Alstom Grid Technical Institute provides the right blend of theory and practice in its training courses: • The theoretical part of our training courses enables the trainee to make an in-depth study of product components and assembly parts. This is the only way to understand how they work, what electrical and mechanical constraints may be encountered in the equipment’s lifespan and why it is important to take care of the product. • The practical part of our training includes hands-on work on real-size equipment. This ensures that the exact, and correct, operation is carried out in full by the trainee. This is the best way to enhance personnel’s hand memory. After a reminder on electrical risk prevention, and safe equipment conditions inspection, Alstom Grid Technical Institute training courses in Operation & Maintenance are available for Transmission equipment, and cover: • Operation issues such as safe operating conditions, correct interlocking, equipment monitoring, fault simulations, fault diagnosis, and troubleshooting. • Maintenance issues such as maintenance plan (e.g., scheduled/ condition maintenance), maintenance procedures (e.g., regular/ repair operations) and testing procedures before return to normal operation. Maintenance trainings are performed according to the several levels prescribed by Electrical Standards and the manufacturer.


Your equipment at the heart of our training process!

Thanks to the modular design of our training courses, each course can be fully adapted to your own specific electrical equipment. Alstom Grid Technical Institute’s expert trainers can study, in full confidentiality, your product’s specification, technical data and maintenance procedures to create and deliver customized teaching material that will optimize the competence of your personnel. Whatever type of training is chosen, either standard or customized programs, the teaching material is based on manufacturer’s records, providing a guarantee of content for current products as well as legacy ones.

NEw

s3201

e-Learning fundamentals for high Voltage above 50 kV

Customer Benefits

objectives

course Topics

• Prepare to the classroom session • Master the role and the general organization of a HV substation • Understand the role and the structure of HV Circuit breakers • Know the substation structure (layout and arrangement) • Understand functions and structure of HV lines

• Module 1: HV substations • Module 2: HV Circuit breakers (air insulated) • Module 3: Architecture of HV substations • Module 4: Step-up substation • Module 5: Functions and structure of HV lines

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced tutor • Accessible training 24/7 • Time saving, courses done at the trainee’s own pace • Technical guarantee of contents designed by experts • To be used before and after classroom session

• Available assessments • Easy user navigation • Various interactive learning activities • Online dictionary on Transmission

Dates & Place Anytime, anywhere, as long as you have internet access prOfiles management design OperatiOn

audience • People wishing to enhance their transmission working knowledge and to improve their technical understanding of grid products and solutions

learning path

duratiOn 5 hours

prerequisites

training

neXt step

T&D experience

s3201

All High Voltage trainings p. 72 to p. 97

100% theoretical

price Contact us


I 71

NEw

s3202

e-Learning fundamentals for GIs (Gas-Insulated switchgear) substation

Customer Benefits

objectives

course Topics

• Prepare the classroom session • Know the architecture and function of a Gas-Insulated Switchgear substation or GIS • Understand the interconnection between GIS substations and electrical networks according to their layout • Discover the different instrument transformers used on the HV networks

• Module 1: HV substation • Module 2: GIS substation • Module 3: Structure and architecture of a HV substation • Module 4: Interconnection and transformer substation • Module 5: Instrument transformers

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced tutor • Accessible training 24/7 • Time saving, courses done at the trainee’s own pace • Designed by experts • To be used before and after classroom session

• Available assessments • Easy user navigation • Various interactive learning activities • Online dictionary on Transmission

Dates & Place Anytime, anywhere, as long as you have internet access prOfiles management design

audience • All people interested in GIS substation fundamentals

OperatiOn

learning path

duratiOn

prerequisites

training

neXt step

T&D experience

s3202

s3200

100% theoretical


All GIS High Voltage trainings p. 87 to p. 97

5 hours

price Contact us

NEw

s3601

Transformer technology, features and applications

Customer Benefits

objectives

course Topics

• Understand the various transformer technologies related to substations • Know how transformers step-up or step-down voltages, adjust network voltages • Know the differences between transformer types

module 1: hV substations • Arrangement with transformers module 2: power transformers • Principles • Technologies • Tap-changers module 3: Role of Transformers within a power plant • Main transformers • Auxiliary transformers module 4: Instrument transformers • Current transformers • Voltage transformers module 5: Distribution transformers • Oil-immersed type • Dry types • Cooling systems • Available assessments • Easy user navigation • Various interactive learning activities • Online dictionary on Transmission

prOfiles management design OperatiOn

audience • People wishing to enhance their T&D working knowledge and especially to improve their technical understanding of transformers

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced tutor • Accessible training 24/7 • Time saving, courses done at the trainee’s own pace • Designed by experts • To be used before and after classroom session


learning path

duratiOn

prerequisites

training

neXt step

T&D experience

s3601

s3200 s3300 A4213 c4242 c4532

100% theoretical

5 hours

price Contact us


I 73

NEw

V0032

sF6 Gas Recovery Regulation Ec 842-2006 (for inexperienced personnel)

Customer Benefits

objectives • Know the general characteristics of SF6 gas • Control its environmental impact, emissions and the greenhouse effect • Use the SF6 gas in total safety • Carry out the best practices related to the use of SF6 according to the equipment involved • Understand the functions of equipment used for the recovery, control and measurement of SF6 gas

course Topics Theoretical part • Environment and SF6 – Regulation EC842-2006 • Sulphur hexafluoride • Electric components and SF6 • Various qualities of SF6 • SF6 design of electrical equipment prOfiles installatiOn OperatiOn

audience • Personnel who recover SF6 gas

maintenance


• Storage and transportation of SF6 – Legal constraints • Products of decomposition and neutralization • Monitoring of gas and the environment Practical part • Preparation of practical session on SF6 recovery • Practical work on SF6 recovery and use of suitable PPE in a contaminated environment Assessment and certification • Theoretical assessment – Individual multiple choice questionnaire • Practical work on SF6 recovery (individual exam) • Control and measurement of gas to be recovered • Practice of SF6 recovery using a recovery device • Practice of SF6 recovery and decomposition products Note: A version of this course applied to the NonEuropean Regulation CEI/TR 62271-303 is also available. Please refer to course M111, page 76.

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Each trainee will work on real equipment • Certification EC 842-2006 • Course limited to 8 trainees for the training to be most effective and to ensure optimum safety on the shopfloor


learning path

duratiOn

prerequisites

training

neXt step

Basic or no practical knowledge of SF6 handling, especially in the recovery and use of suitable PPE

V0032

All trainings related to SF6 p. 80 to p. 93

30% practical 50% theoretical 20% assessment

3.5 days

price Contact us

V0033

sF6 Gas Recovery Regulation Ec 842-2006 (for experienced personnel)

Customer Benefits

objectives • Know the general characteristics of SF6 gas • Control its environmental impact, emissions and the greenhouse effect • Use SF6 gas in total safety • Carry out the best practices related to the use of SF6 according to the equipment involved • Understand the functions of equipment used for the recovery, control and measurement of SF6 gas

course Topics Theoretical part • Environment and SF6 – Regulation EC842-2006 • Sulphur hexafluoride • Electric components and SF6 • Various qualities of SF6 • SF6 design of electrical equipment prOfiles installatiOn OperatiOn maintenance

audience • Personnel who recover SF6 gas

• Storage and transportation of SF6 – Legal constraints • Products of decomposition and neutralization • Monitoring of gas and the environment Practical part • Preparation of practical session on SF6 recovery • Practical work on SF6 recovery and use of suitable PPE in a contaminated environment Assessment and certification • Theoretical assessment – Individual multiple choice questionnaire • Practical work on SF6 recovery (individual exam) • Control and measurement of gas to be recovered • Practice of SF6 recovery using a recovery device • Practice of SF6 recovery and decomposition products Note: A version of this course applied to the NonEuropean Regulation IEC/TR 62271-303 is also available. Please refer to course M111, page 76.

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Each trainee will work on real equipment • Certification EC 842-2006 • Course limited to 8 trainees for the training to be most effective and to ensure optimum safety on the shopfloor


learning path

duratiOn

prerequisites

training

neXt step

Significant practical knowledge of SF6 handling, especially in the recovery and use of suitable PPE

V0033

All trainings related to SF6 p. 80 to p. 93

20% practical 50% theoretical 30% assessment

2 days

price Contact us


I 75

NEw

M111

handling of sF6 and cF4 gases according to IEc/TR 62271-303 technical report

Customer Benefits

objectives • Understand the general characteristics of SF6 & CF4 gases • Master neir impact on our environment • Learn how to recover, drain the SF6 to vacuum, their refill a compartment under SF6 gas • Apply the specific safety rules during the gas recovery operations

course Topics Theoretical part (modules A, B and c) • Environment and SF6 − CF4 gases • Sulphur Hexafluoride SF6 and Carbon Tetrafluoride CF4 • Electrical equipment and fluorinated gases • Gas qualities • Design of electrical equipment


audience • From inexperienced to experienced in gas handling, according to the desired target level A, B or C


• Storage and transport of SF6 and CF4 gases − Legal constraints • By-products and neutralization • Gas monitoring and the environment practical part (modules B and c) • Prerequisite: module A • Preparation steps before working to recover SF6 and CF4 gases • Hands-on utilisation of the adequate personal protective equipment • Recovery of contaminated gases • Opening of a breaking chamber (module C) Test and certification (optional) • Theoretical part − Questionnaire • Practical part – Individual evaluation on gas-handling according to the level of the IEC/TR 62271-303 (A, B or C) requested

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Related to IEC/TR 62271-303 • Real hands-on work on electrical equipment • Maximum of 6 participants per session to be most effective and to ensure safety

Note: A version of this course applied to the European Regulation EC 842-2006 is also available. Please refer to course V0032, page 74 or V0033, page 75.


learning path

duratiOn

prerequisites

training

neXt step

People working in the surroundings of, or having to handle SF6 and CF4 gases

M111

All High Voltage trainings p. 71 to p. 97

30% practical 50% theoretical 20% evaluation

module a: 1 day module B: 1 day module c: 1 day price Contact us

NEw

c4242

power Transformers operation & maintenance

objectives • Understand power transformer technology • Ensure the operation of transformers • Ensure the appropriate test & evaluation of the results • Ensure the appropriate Maintenance

course Topics Theory, construction and operation • Theory and operation • Electric & magnetic field theory, Applications • Overvoltages and overcurrents withstands • Construction Accessories • Tank types, conservator types and dehydrating breathers • Cooling modes • Bushings • OLTC, OCTC • Other accessories prOfiles design installatiOn OperatiOn maintenance

audience • EMS maintenance engineers • Operation & Maintenance team

Indicators, protections • Indicators and relays • Main tank & OLTC pressure devices • Other protective devices (differential protection, restricted earth, tank protection…) Manufacturing process • Transformer assembly process in factory • Laboratory Tests Transportation, Erection & commissioning • Transportation and delivery conditions • Field preparations • Controls & Tests according procedures periodical controls, Tests & maintenance • Maintenance plan and inspection • Electrical tests • Oil quality tests • DGA • Maintenance principles (removing oil leakages, bushing, radiator…) Analysis of tests and controls protections & Troubleshooting • Buchholz relay • Other protective devices Transformer failures

Note: Practical work may differ, depending on the materials available on site and the time available for the chosen training. Please don’t hesitate to contact us for more details.

Customer Benefits • Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • The participants should gain an increased level of knowledge in the design, O&M of transformers • A broad technical understanding of what power transformers are today • One year of access to S3601, e-Learning training programs accessible 24/7 through our LMS (if required)


learning path

duratiOn

prerequisites

training

neXt step

s3601

c4242

c4233 c4532

Basic knowledge in electricity and mechanics Electrical qualification


5 to 15 days

price Contact us


I 77

c4532

on Load Tap changers operation & maintenance

Customer Benefits

objectives • Understand the OLTC technology • Ensure the operation of transformers with OLTC • Ensure the appropriate maintenance according to OLTC types

course Topics Description and operation of an on Load Tap changer • The selector switch • The diverter switch • The motor drive unit presentation and role of each mechanism practical work & maintenance • Remove the diverter switch (insert) from chamber

• Replacement of worn mechanical parts (springs etc.) • Maintenance/replacement of electrical contacts • Measuring the transition resistors • Cleaning devices • Insert the diverter switch into chamber • Filling with oil • TTR measurements • Adjusting the axis • Electrical and mechanical locking control • Protective Relay/pressure relay and PRV tests

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • The participants should gain from the course an increased level of knowledge in the design, O&M of OLTC • A broad technical understanding of what power transformers with OLTC are today • Practice in operation conditions • Technical guarantee of contents • One year of access to S3601, e-Learning training programs accessible 24/7 through our LMS (if required)



prOfiles installatiOn OperatiOn

audience • Operating & Maintenance team

maintenance


learning path

duratiOn

prerequisites

training

neXt step

s3601

c4532

c4233 c4242 A4213

Basic knowledge in electricity and mechanics Electrical qualification


4 days

price Contact us

NEw

M151/TIR058

Vertical-break, center-break and pantograph Disconnectors and Earthing switches from 52 kV to 550 kV Customer Benefits

objectives

course Topics

• Become familiar with the design and operation of disconnectors and earthing switches, and with the associated motor and manual drives

Introduction to the product Design and operation of disconnectors and earthing switches: • Conducting paths • Base frames • Linkages Design principle of the contact systems Design and operating principle of motor and manual drives on-site installation and commissioning safety instructions and procedures The maintenance concept including inspection • Maintenance and repair criteria and scheduling Tests • Performance, analysis • Measurement result Note: Practical work may differ, depending on the materials available on site and the time available for the chosen training. Please don’t hesitate to contact us for more details.

prOfiles OperatiOn maintenance

audience • Installation personnel, foremen and supervisors, technicians and engineers who are responsible for the installation and operation of High Voltage switchgear

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Immediate practice of the theoretical knowledge acquired • Technical guarantee of contents


learning path

duratiOn

prerequisites

training

s3201

M151/TIR058

Fundamentals of electricity and mechanics


neXt step

1 to 3 days

price Contact us


I 79

V5642/M105/TIR049

sF6 circuit breaker – GL Type for high Voltages under 250 kV – operation & maintenance

objectives • Apply the maintenance procedures of the GL Circuit breaker and the associated mechanism • Carry out corrective maintenance in case of minor failure • Apply the safety rules

course Topics sulphur hexafluoride sF6 • Precautions and security, manipulation and recovery Breaking electrical phenomena Development of sF6 circuit breakers or with mixed gas • Display steps of extinguishing in SF6 or SF6 − CF4 • Arc extinguishing presentation of the sF6 circuit breakers GL • Range GL, pole architecture, operating sequences of interrupting chamber mechanical control mechanism FK • General remarks, security provision prOfiles OperatiOn maintenance

audience • Technicians involved in the operation and maintenance of installations in High Voltage substations


• Operating principle (kinematics, energy transfer) • Breakdown repair methodology, interchangeability maintenance and tooling for sF6 circuit breakers GL • Maintenance plan, dedicated tooling for maintenance • Wear measurements of contacts • Mechanical control mechanism LV diagrams • LV diagrams: special functions, possible options sF6 monitoring • SF6 monitoring device, SF6 pressure variation curves In situ study of circuit breaker • Technology of the poles on drawings, display of the sub-assemblies • Study of control mechanisms and interrupting chamber (life-sized teaching tools) practical work on circuit breakers and associated control mechanisms Note: Practical work may differ, depending on the materials available on site and the time available for the chosen training. Please don’t hesitate to contact us for more details.

Customer Benefits • Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Practice in operation conditions • Immediate practice of the theoretical knowledge acquired • Technical guarantee of contents


learning path

duratiOn

prerequisites

training

neXt step

s3201 TIR048

V5642/m105/ TIR049

V8142/M141



2 to 3 days

price Contact us

V5442/M106/TIR055

sF6 circuit breaker − GL Type for high Voltages over 250 kV − operation & maintenance

objectives • Apply the maintenance procedures of the GL Circuit breaker and the associated mechanism • Carry out corrective maintenance in case of minor failure • Apply the safety rules

course Topics sulphur hexafluoride sF6 • Precautions and security, manipulation and recovery Breaking electrical phenomena Development of sF6 circuit breakers or with mixed gas • Display steps of extinguishing in SF6 or SF6 − CF4 • Arc extinguishing presentation of the sF6 circuit breakers GL • Range GL, pole architecture, operating sequences of interrupting chamber mechanical control mechanism FK3 • General remarks, security provision prOfiles OperatiOn maintenance

audience • Technicians involved in the operation and maintenance of installations in High Voltage substations

• Operating principle (kinematics, energy transfer) • Breakdown repair methodology, interchangeability maintenance and tooling for sF6 circuit breakers GL314 • Maintenance plan, dedicated tooling for maintenance • Wear measurements of contacts • Mechanical control mechanism LV diagrams • LV diagrams: special functions, possible options sF6 monitoring • SF6 monitoring device, SF6 pressure variation curves In situ study of circuit breaker • Technology of the poles on drawings, display of the sub-assemblies • Study of control mechanisms and interrupting chamber (life-sized teaching tools) practical work on circuit breakers and associated control mechanisms Note: Practical work may differ, depending on the materials available on site and the time available for the chosen training. Please don’t hesitate to contact us for more details.

Customer Benefits • Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Practice in operation conditions • Immediate practice of the theoretical knowledge acquired • Technical guarantee of contents


learning path

duratiOn

prerequisites

training

neXt step

2 to 3.5 days

s3201

V5442/m106/ TIR055

V8142/m141 V8342/m142 V8343

price



Contact us


I 81

M101

Deadtank circuit breaker DT1/DT2 Ranges

Customer Benefits

objectives

course Topics

• Know how the “Deadtank” DT1/DT2 type Circuit breaker and its related spring control function • Know the maintenance procedures relating to the DT Circuit breaker and its related control • Intervene in basic maintenance in complete safety

General characteristics • Circuit breaker standards and ranges Features and design • Compartments • Configurations Installation and connection to the substation • Gas handling: SF6, gas mixture, densimeter test • Commissioning and tests • Operation Maintenance procedures

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • You obtain a return on investment with better equipment availability • You significantly improve the way your equipment functions



audience • Operators and maintenance technicians, engineers and team managers


learning path

duratiOn

prerequisites

training

neXt step

s3201

M101

V8142/m141



2 days

price Contact us

V8142/M141

monitoring cBwatch-2 operation

Customer Benefits

objectives

course Topics

• Understand the CBWatch-2 functions • Set parameters of each function • Analyze and understand information • Master the MMI (Man-Machine Interface)

Introduction to monitoring cBwatch-2 monitoring device • Configuration • Available functions measurement system • Sensors, operating time and mechanism supervision • Electrical wear software and mmI cBwatch-2 data use practical work on cBwatch-2 associated with its circuit breaker

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • To master and optimize the use of your equipment • To evolve toward operating conditions by digital control systems • Practice in operational conditions • Predictive maintenance of equipment




audience • Technicians involved in the operation and maintenance on Circuit breakers

learning path

duratiOn

prerequisites

training

neXt step

1.5 to 2 days

s3201

V8142/M141

M101 V5442/m106/ TIR055

price

Basic knowledge in computers, good knowledge in Circuit breaker behavior and knowledge in Circuit breakers in O&M circuit


Contact us


I 83

V8342/M142

synchronizing relay Rph range

Customer Benefits

objectives

course Topics

• Understand the RPH relay functions • Make adjustments via MMI • Analyze data given by the RPH relay

Introduction to synchronization Electrical phenomena related to circuit breaker operation • Opening • Closing Rph synchronization relay • Presentation • Configuration • Parameters • Alarms synchronizing operation • Commissioning • Analysis of results practical works on Rph associated with its circuit breaker Note: Practical work may differ, depending on the materials available on site and the time available for the chosen training. Please don’t hesitate to contact us for more details.

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • To master and optimize the use of your equipment • To evolve toward operating conditions by digital control systems • Practice in operational conditions • Predictive maintenance of your equipment



audience • Technicians in substation operation or control and protection team


learning path

duratiOn

prerequisites

training

neXt step

2.5 days

s3201

V8342/M142

V5442/M106/ TIR055

price

Experience in High Voltage switchgear Good knowledge in electrical phenomena Electrical graduate


Contact us

V9442

FKG2 − sF6 generator circuit breaker − operation & maintenance

Customer Benefits

objectives • Understand the operation of combined generator Circuit breakers contextually • Apply the maintenance procedures of the combined FKG2, SKG, MKG, IKG and the associated mechanisms • Carry out corrective maintenance in case of minor failure • Apply the safety rules during the maintenance

course Topics sulphur hexafluoride sF6 • Precautions and security, handling and recovery Breaking electrical phenomena Development of sF6 generator circuit breakers • Display steps of extinguishing in SF6 • Arc extinguishing presentation of the sF6 circuit breakers FKG2 prOfiles OperatiOn maintenance

audience • Technicians involved in the operation and maintenance on generator Circuit breakers up to 200 MW per unit

• Range FKG, pole architecture, operating sequences of interrupting chamber mechanical control mechanism FK3-4 • General remarks, security provision • Operating principle (kinematics, energy transfer) • Breakdown repair methodology, interchange ability maintenance and tooling for sF6 circuit breakers FKG2 • Maintenance plan, dedicated tooling for maintenance • Wear measurement of contacts mechanical control mechanism LV diagrams • LV diagrams: special functions, possible options sF6 monitoring • SF6 monitoring device, density switch, • SF6 pressure variation curves filling valve practical work on circuit breakers with associated control mechanisms

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Practice in operation conditions • Immediate practice of the theoretical knowledge acquired • Technical guarantee of contents


learning path

duratiOn 3 days

prerequisites

training

neXt step

s3201

V9442

V8142/m141



price Contact us


I 85

NEw

V9542

FKG1 – sF6 generator circuit breaker − operation & maintenance

Customer Benefits

objectives • Understand the operation of generator Circuit breakers contextually • Apply the maintenance procedures of the combined FKG1, SKG, MKG, IKG and the associated mechanisms • Carry out corrective maintenance in case minor failure • Apply the safety rules during the maintenance

course Topics sulphur hexafluoride sF6 • Precautions and security, manipulation and recovery Breaking electrical phenomena Development of sF6 generator circuit breakers • Display steps of extinguishing in SF6 • Arc extinguishing


audience • Technicians involved in the operation and maintenance on generator Circuit breakers up to 1 000 MW per unit


presentation of the sF6 circuit breakers FKG1 • Range FKG, pole architecture, operating sequences of interrupting chamber • Associated SKG, MKG, IKG combination FK3.12 spring mechanism • Operations • Breakdown repair methodology maintenance and tooling for sF6 circuit breakers FKG1 • Maintenance plan, dedicated tooling for maintenance • Wear measurement of contacts mechanical control mechanism LV diagrams • LV diagrams: special functions, possible options sF6 monitoring • SF6 monitoring device, density switch, SF6 pressure variation curves, filling valve practical work on circuit breakers and control mechanisms



learning path

duratiOn

prerequisites

training

neXt step

s3201

V9542

V8142/m141

Fundamentals of electricity, mechanics and hydraulics


4 days

price Contact us

TIOE002

Gas-Insulated switchgear − F35-3/4/5 Type maintenance & Breakdown repair

Customer Benefits

objectives

course Topics

• Know the GIS F type, the maintenance philosophy and corresponding procedures • Gain practical experience on different maintenance operations

• Sulphur hexafluoride SF6 • Concept of a substation in a metal enclosure F type • Electrical phenomena related to breaking • Switchgear technology F type • Gas module service F type • Compartments preparation and SF6 filling for apparatus F type • FK, FKF spring mechanism • FKF 3 spring mechanism • High Voltage tests for apparatus F type • SF6 practical works F type • Apparatus maintenance F type • Operating mechanism maintenance for apparatus F type • Manufacturer maintenance schedule for apparatus F type • Works repair for apparatus F type




audience • Maintenance team

learning path

duratiOn 3 days

prerequisites

training

neXt step

s3202

TIOE002

X8142/m143

Basic knowledge in electricity and mechanics Normal experience in HV switchgear


price Contact us


I 87

TIOE003

Gas-Insulated switchgear − B65 Type maintenance & Breakdown repair

Customer Benefits

objectives

course Topics

• Know the GIS B type, the maintenance philosophy and corresponding procedures • Gain practical experience on different maintenance operations

• Sulphur hexafluoride SF6 • Concept of a substation in a metal enclosure B65 type • Electrical phenomena related to breaking • Apparatus technology B65 type • Gas module service B65 type • Compartments preparation and SF6 filling for apparatus B65 type • FK, FKF spring mechanism • FKF 3 spring mechanism • High Voltage tests for apparatus B type • Manufacturer maintenance schedule for apparatus B type • Bay design B type • SF6 practical works B type • Apparatus maintenance B type • Operating mechanism maintenance for apparatus B type • Works repair for apparatus B type






training

neXt step

s3202

TIOE003

X8142/m143



duratiOn


5 days

price Contact us

TIOE004

Gas-Insulated switchgear − B95/B212 Type maintenance & Breakdown repair

Customer Benefits

objectives

course Topics

• Know the GIS B type, the maintenance philosophy and corresponding procedures • Gain practical experience on different maintenance operations

• Sulphur hexafluoride SF6 • Concept of a substation in a metal enclosure B95/B212 • Electrical phenomena related to breaking • Apparatus technology B95/B212 Type • Gas module service B95/B212 Type • Compartments preparation and SF6 filling for apparatus B95/B212 Type • FK, FKF spring mechanism • FKF 1.2 – 2.6 spring mechanism • High Voltage tests for apparatus B type • Manufacturer maintenance schedule for apparatus B type • Bay design B type • SF6 practical works B type • Apparatus maintenance B type • Operating mechanism maintenance for apparatus B type • Works repair for apparatus B type

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, students will be able to fully use the database and display building tolls to make maintenance faster and more efficient




learning path

duratiOn 5 days

prerequisites

training

neXt step

s3202

TIOE004

X8142/m143



price Contact us


I 89

X4442

Gas-Insulated switchgear − B105 Type maintenance & Breakdown repair

Customer Benefits

objectives • Know the GIS B type, the maintenance philosophy and corresponding procedures • Gain practical experience on different maintenance operations

course Topics Theory • Sulphur hexafluoride SF6 • Concept of a substation in a metal enclosure B105 type • Electrical phenomena related to breaking • Apparatus technology B105 type

• Bay layout B type • Gas module service B105 type • Compartment preparation and SF6 filling for apparatus B105 type spring mechanism • FK 3 spring mechanism Maintenance • Maintenance schedule for apparatus B type • Apparatus maintenance B type • In situ study of a bay B type • Operating mechanism maintenance for apparatus B type practical works • Works repair for apparatus B type • SF6 practical works B type







training

neXt step

s3202

X4442

X8142/m143



duratiOn


4 to 5 days

price Contact us

X6142

Gas-Insulated switchgear − T155 Type spring mechanism − maintenance & Breakdown repair

Customer Benefits

objectives • Know the GIS T type, the maintenance philosophy and corresponding procedures • Gain practical experience on different maintenance operations

course Topics Theory • Sulphur hexafluoride SF6 • Concept of a substation in a metal enclosure T155 type • Electrical phenomena related to breaking • Apparatus technology T155 type • Bay layout T type • Gas module service T type

• Compartment preparation and SF6 filling for apparatus T155 type spring mechanism • FK3 spring mechanism Maintenance • Apparatus maintenance • Maintenance schedule for apparatus T type • In situ study of a bay T type • Operating mechanism maintenance for apparatus T type practical work • Works repair for apparatus T type • SF6 practical works T type

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Practice in operation condition • Immediate practice of the theoretical knowledge acquired • Technical guarantee of contents





learning path

duratiOn 4 to 5 days

prerequisites

training

neXt step

s3202

X6142

X8142/m143



price Contact us


I 91

X8142/M143

Bwatch-3 – status monitoring system for Gas-Insulated switchgear

Customer Benefits

objectives • Interpret the subassemblies of GIS • Use maintenance specific tools (PDA and PC) • Analyze and interpret the BWatch-3 output data

course Topics Introduction • History of status monitoring • BWatch-3 solution The Bwatch-3 • General presentation • Study of the BWatch-3 internal architecture • Density sensors details

Monitoring functions • SF6 gas • Internal arc localization Acquisitions systems • Detail of each substation man-machine Interface (mmI) • Local display • Test pad PPC • Central MMI practical work • On a simulator





audience • Engineers and senior technicians involved in the operation and maintenance of installations above 50 kV


learning path

duratiOn

prerequisites

training

neXt step

s3202

X8142/M143

All GIS trainings p. 87 to p. 91

Basic knowledge in electricity and mechanics Experience in GIS operations Experience in PC and windows operating system in particular


2 days

price Contact us

TIR059

cAIs/AIm/hypact compact – outdoor substation solution/72,5 kV up to 170 kV commissioning, operation & maintenance Customer Benefits

objectives • Familiarize yourself with the design and operation of the substation and with all associated station components and equipment • Learn environmentally compatible methods for handling SF6 gas • Get in-depth knowledge of the devices that have been specifically configured for your application; procedures for Commissioning, testing and operation will be covered

course Topics • Introduction to the product line and tour of the production facilities • The design and operation of SF6 – Circuit breakers, operating mechanism system and contact systems and the principle of current interruption will be discussed


audience • Installation personnel, foremen and supervisors, technicians, and engineers who are responsible for the maintenance of High Voltage switchgear

• Design and operation of disconnectors and earthing switches, conducting paths, base frames and linkages • The construction and design principles of all other individual station components will be explained, as well as environmentally compatible methods for handling • SF6 gas its physical and chemical properties and the SF6 gas monitoring • Safety instructions and procedures • Installation and commissioning, safety instructions and procedures, testing and measuring equipment and maintenance concept.




learning path

duratiOn

prerequisites

training

s3201

TIR059



neXt step

3 days

price Contact us


I 93

TIR066

ms 3000/ms 2000 in practice Installation, operation & maintenance

Customer Benefits

objectives

course Topics

• Learn how to install, configure and maintain the MS 3000/MS 2000 Monitoring system • Gain deeper knowledge of how to interpret and analyze the provided information

Fundamentals • Introduction into MS 3000/MS 2000 monitoring system and its objectives Installation • Installation of MS 3000/MS 2000 sensors • Installation of MS 3000/MS 2000 system and communication configuration • Software configuration with alarm and warning settings • Configuration of communications Analysis • Analysis of operation condition of transformer and its equipment • Use for condition based maintenance service • Troubleshooting • Maintenance

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Improvement in the performance of the transformer, respectively related to components on in use • Evaluation of the operation and condition of the transformer, respectively related to components in use • Condition based maintenance of transformers • Practice of monitoring system • Initiation of actions, based on condition assessment



audience • Engineers and technicians involved in the operation, installation and maintenance of monitoring systems, and transformer experts


learning path

duratiOn

prerequisites

training

s3601 A4213

TIR066

Knowledge of transformers and basic knowledge of information technology


neXt step

2 days

price Contact us

NEw

TIOE006

spring operating mechanism for circuit breaker Type FK1/2/3 service, maintenance & Troubleshooting

Customer Benefits

objectives • Know the spring operating mechanism, the maintenance philosophy and corresponding procedures • Gain practical experience on different maintenance operations

course Topics • Introduction to the Spring Mechanism product family • Operation of spring operating mechanism • Design of spring operating mechanism • Manufacturing characteristics

components of spring operating mechanism • ON/OFF key-switch • Gear box • Position indicator • Auxiliary switch Practice • Advice and exercises covering installation, operation, commissioning and troubleshooting • Safety instructions and procedures • Performance of tests • Analysis of the test and measurement results

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Practice in operation conditions • Immediate practice of the theoretical knowledge acquired • Technical guarantee of contents • Maximum of 4 participants per session to be most effective and to ensure safety


prOfiles management OperatiOn maintenance

audience • Operation & Maintenance team

learning path

duratiOn 3 days

prerequisites

training

neXt step


TIOE006

All HV trainings p. 80 to p. 93


price Contact us


I 95

NEw

TIOE008

high Voltage test with pD/UhF measurement on Gas-Insulated switchgear

Customer Benefits

objectives • Know the HV Testing of GIS: Procedure & Standards • Know the safety instructions and procedures • Be able to choose the correct test equipment • Know the interfaces between HV Test Equipment and GIS • Get practice on UHF/PD Measurements

course Topics • Standards • PD measurement techniques • UHF detection method

• Voltage withstand test • General procedure & Safety instructions • Test at industrial frequency • Determination of Test Voltages • Overview of the available HV test equipment, its function and installation • Switching and Voltage Injection as per procedure Practical exercise • Generation/Stimulation of different fault conditions inside a GIS • Localization of partial discharge • Study the different PD Patterns • Documentation and record of values • Analysis of the test and measurement results

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Practice in operation conditions • Immediate practice of the theoretical knowledge acquired • Technical guarantee of contents • Maximum of 5 participants per session to be most effective and to ensure safety


prOfiles management design installatiOn

audience • Engineering background, Sound knowledge in electricity

OperatiOn maintenance


learning path

duratiOn

prerequisites

training

Practical knowledge in installation, commissioning and operation of HV switchgear

TIOE008 40% practical 60% theoretical

neXt step

5 days

price Contact us


WeB


transmissiOn equipment c4233

Immersed transformers: fluid sampling for laboratory analysis

tir048

SF6 − Circuit breakers Type S1… F1/F3 (synchronous) 72,5 kV up to 170 kV − Commissioning & Maintenance

V9342

FKG1 − SF6 generator Circuit breaker − Operation & Maintenance

tiOe001

Gas-Insulated Switchgear − F35-2 Type − Maintenance & Breakdown repair

tiOe005

Gas-Insulated Switchgear − B112 Type − Maintenance & Breakdown repair

X2042

Gas-Insulated Switchgear − T Type − Maintenance & Breakdown repair

V3442

FX12 − FX14 − FX22 − FX32 − FX42 − High Voltage − SF6 Circuit breaker − Operation & Maintenance

V4342

FXT14 − FXT245 − High Voltage − SF6 Circuit breaker − Operation & Maintenance

V4442

FXT15 − FXT16 − FXT17 − High Voltage SF6 Circuit breaker − Operation & Maintenance

tir050

SF6 Circuit breakers Type S1… F1/F3 - 52 kV bis 245 kV − Commissioning & Maintenance

tir051

SF6 Circuit breakers Type S1… F1/F3 - 52 kV bis 245 kV − Operation & Maintenance

tir052

SF6 Circuit breakers Type S1… F1/F3 (synchronous)/72,5 kV bis 170 kV − Operation & Maintenance

tir053

SF6 Circuit breakers Type S1… F1/F3 − (intelligent/synchronous ) 72,5 kV bis 170 kV − Operation & Maintenance

tir060

SF6 Circuit breakers Type S1… S2 with pneumatic or hydraulic mechanism/123 kV up to 420 kV − Operation & Maintenance

tir007

SF6 gas in switching equipment and substation

V9242

PKG Air Blast generator Circuit breaker − Operation & Maintenance

m102

Deadtank Circuit breakers ≥ 123 kV HGF1012/1014 Series

m104

SF6 Circuit breakers − GL 200 − Maintenance & Repair

m107

SF6 Circuit breakers − GFX family ≥ 123 kV − Maintenance & Repair

tir061

Gas-Insulated Switchgear − Series B1 up to B4 / 72.5 kV up to 420 kV − Operation & Maintenance G l o b a l Tra i n i n g O ff e r

I 97

protection – system training 101 • protection of industrial installations 102 • Legacy product Training: Electromechanical, miDos, K-series, L-series,Tropic, opN 103 • micom px20 & px40 master class 104 • micom px20 px30 and px40 master class 105 • micom px30 master class 106 • micom p440, p630 & p540 Relaying 107 • overcurrent and Feeder protection micom p12x and p14x 108 • motor protection − micom p22x and p24x 109 • Generator protection − micom p34x 110 • Distance protection − micom p44x 111 • Line Differential protection − micom p52x and p54x 112 • Voltage and Frequency protection − micom p92x and p94x 113 • Distance protection Device for Railway Application − micom p438 114 • Differential Transformer protection − micom p63x 115 • Distance protection Device − micom p437 116 • Feeder protection Device − micom p139 117 • Digital Differential Busbar protection − micom p74x 118 • Disturbance and power Quality Recorder − micom m57x/m87x 119 • Railway protection

D2102 PROP001 PROP002 PROP003 PROP004 PROP005 PROP120 PROP121 PROP122 PROP123 PROP124 PROP125 PROP132 PROP127 PROP128 PROP129 PROP130 PROP131 PROP006

Substation Control System − Product Training

NEw

120 • Advanced Digital control system 121 • Basic principles of Digital control system 122 • Application on IEc 61850 communication protocol 123 • communication as per IEc 60870 and IEc 61850 124 • micom s10: protection−Based substation control system 125 • micom c264: compact RTU (Remote Terminal Unit) 126 • Fundamentals of Digital control system and pAcis operation & maintenance principles 127 • pAcis protection Automation & control – operation 128 • pAcis protection Automation & control – Architecture, operation & maintenance 129 • pAcis protection Automation & control – Architecture, operation, maintenance & Basic configuration 130 • spAcE 2000 Digital control system 131 • pscN3020: Integrated protection & Distributed Digital control system 132 • s900 RTU and procett 5000 w operation & maintenance 133 • configuration of IEc 61850 communication on micom px30 and px40 series

scs001 scs002 scs003 scs004 scs005 scs006 scs007 scs008 scs009 scs010 scs011 scs012 scs014 scs020

protection & sUBstation control

The world’s highest performing networks, substations or products rely on the highest performing people. The more efficiently they manage and understand data, the quicker the fault consequences are minimized. How do they achieve this? Some have fully automated systems, others do not. However, in both cases, always being up-to-date with the latest technological advances related to system protection and substation control is the key to improved performance.

Matching your needs Utilities and industries are keen to integrate a complete suite of tools for a more automated control that facilitates intelligent operation of the electrical network, from the substation to regional level. Alstom Grid Technical Institute proposes theoretical and application trainings in Protection and Substations Control, to have a comprehensive understanding of protection principles when setting parameters, analyzing disturbance data and managing failures. Also, the trainings allow participants to reinforce the protection schemes (for generators, industrial, distribution and transmission networks) and the digital control system for MV/HV substations. These will definitly for sure help your staff improve their reactivity when facing unexpected incidents.

A unique customized approach

Thanks to the modular design of our training, each course can be fully adapted to your specific configuration and to your project schedule. Customization relies on our expert trainers to analyze your technical environment, data and procedures. They adapt the teaching material and incorporate concrete examples and exercises directly transferable to your work.


D2102

Protection of industrial installations

Customer Benefits

objectives • Analyze the faults that may occur on such an installation • Estimate the value of the short circuit currents • Define the main protection systems and their settings

course Topics The distribution network • Transformer substation, short circuit capacity Industrial networks • Delivery substation, different structures, different power sources • Influence of capacitive currents • Neutral points connections

Network Faults • Roles and qualities of protection systems Estimation of short circuit currents • The source is a transformer: three-phase or two-phase short circuit • The source is a generator set: three-phase or two-phase short- circuit phase protection plan • Definition and settings of protection systems selectivity diagram Earth protection plan • Definition and settings of protection systems selectivity diagram protection of power transformers main protections of motors Protection relays ranges case study

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Customized solutions • Handling of protection relays • Use of current injection device for tests and simulations



audience • Engineers and technicians involved in the design, study testing, maintenance and operation of protection systems for electrical protection systems for MV installations

learning path

duratiOn

prerequisites

training

A2112

D2102

Qualified technician, 2 years technological diploma or completion

40% practical and study case 60% theoretical

neXt step

4 days

price Contact us


I 101

PROP001

Legacy product Training: Electromechanical, miDos, K-series, L-series, Tropic, opN

Customer Benefits

objectives

course Topics

• Understand the various relays in the range both past and present, including GEC and ALSTOM relays • Explain relay functionality, characteristics, settings, operation & maintenance

• Application considerations • General principles of relevant protection • Detailed functionality • Setting and interrogation using MiCOM S1 and Courier software • Hands-on testing, injection & commissioning procedures Options • Specific relays can be requested

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, the participants will have a thorough knowledge of maintaining their protection system • Greater fault finding and troubleshooting ability in the protection system so plant shutdown is reduced



audience • Engineers involved in the protection of railway electricity

maintenance


learning path

duratiOn

prerequisites

training

Technicians and engineers from application or control departments, project managers, technicians or operators Technical background required: Technician or Engineering level

PROP001 80% practical 20% theoretical

neXt step

1 to 5 days (depending upon number of relays) price Contact us

PROP002

micom px20 and px40 master class

Customer Benefits

objectives

course Topics

• Give a comprehensive overview of selected MiCOM Px20 and Px40 relays • Give a detailed insight into the MiCOM support software, MiCOM S1 • Detail the relays construction, application, programming and communication

• Settings creation and upload/download • Event extraction and interrogation • Disturbance record extraction and interrogation • Programmable Scheme logic creation and upload/download • Measurements monitoring • Menu Text editing

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Typically, based on customers selected relays, the course will give a comprehensive insight into the product’s application in the field, its setting and methods of remote interrogation • The training will include in-depth training on the MiCOM relay setting software MiCOM S1



audience • All MiCOM Px20 and Px40 users

learning path

duratiOn 2 days

prerequisites

training

neXt step

Technicians and engineers from application or control departments, projects managers, technicians or operators

PROP002

PROP004


price Contact us


I 103

PROP003

micom px20 px30 and px40 master class

Customer Benefits

objectives

course Topics

• Give a comprehensive overview of selected MiCOM Px20, Px30 and Px40 relays • Give a detailed insight into the MiCOM support software, MiCOM S1 • Detail the relays construction, application, programming and communication




prOfiles design installatiOn

audience • All MiCOM Px20, Px30 and Px40 users

OperatiOn maintenance


learning path

duratiOn

prerequisites

training



neXt step

4 days

price Contact us

PROP004

micom px30 master class

Customer Benefits

objectives

course Topics

• Give a comprehensive overview of selected MiCOM Px30 relays • Give a detailed insight into the MiCOM support software, MiCOM S1 • Detail the relays construction, application, programming and communication





audience • All MiCOM Px30 users

learning path

duratiOn 2 days

prerequisites

training

neXt step


PROP004

PROP002


price Contact us


I 105

PROP005

micom p440, p630 & p540 Relaying

Customer Benefits

objectives

course Topics

• Understand the product’s functionalities and characteristics • Explain how to set the different values and parameters • Teach Operation, Commissioning and Maintenance

• Application area • Feeder protection principles • Applications • Relay functionalities: Protections/Controls/Measurements/ Fault records/monitoring/ communications/disturbance records • Relay functionality: theoretical and practical principles • Common characteristics and specificities of the different types • Setting with the MiCOM S1 software: menu description • Product operation: 1st level maintenance/messages/read out of events and recorder analysis with Eview software • Setting and test with injection set

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Participants will be able to configure and design protection schemes with the P440, P630 and P540 • Participants will master testing and commissioning aspects of these relays



audience • Technicians and engineers from study or control departments, project managers, technicians or operators


learning path

duratiOn

prerequisites

training

Electromechanical and mathematics basis Technician or Engineer level


neXt step

2 days

price Contact us

PROP120

Overcurrent and Feeder Protection micom p12x and p14x

Customer Benefits

objectives • Operate and maintain the MiCOM P12x and P14x overcurrent and feeder protection relay

course Topics • Reminder on overcurrent and feeder protection application • P12x/P14x functionality • Product characteristics • Relay MMI: front panel, LEDs, push-buttons, navigation through front panel

• Alarms & acknowledgement • MiCOM S1 software • Parameter file creation, upload and download • PSL file creation, upload and download • Disturbance, fault, event records • Detailed presentation of P12x/P14x functions • Product connection • Test with current injection • P12x/P14x hardware • Maintenance • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, the participants will be able to operate and carry out maintenance on MiCOM P12x/P14x • The participants can test the various functions of MiCOM P12x/P14x



audience • Electrical engineers, operators, maintenance engineers, protection design engineers

learning path

duratiOn

prerequisites

training

Good knowledge of electrical substations Good knowledge of overcurrent and feeder protection principles Work with PC under Windows environment


neXt step

2 days

price Contact us


I 107

PROP121

motor protection – micom p22x and p24x

Customer Benefits

objectives

course Topics

• Operate and maintain the MiCOM P22x and P24x motor protection relay

• Reminder on motor protection application • P22x/P24x functionality • Product characteristics • Relay MMI: front panel, LEDs, push-buttons, navigation through front panel • Alarms & acknowledgement • MiCOM S1 software • Parameter file creation, upload and download • PSL file creation, upload and download • Disturbance, fault, event records • Detailed presentation of P22x/P24x functions • Test with current injection • P22x/P24x hardware • Maintenance • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, the participants can operate and carry out maintenance on MiCOM P22x/P24x • The participants can test the various functions of MiCOM P22x/P24x





learning path

duratiOn

prerequisites

training

Good knowledge of electrical substations Good knowledge of motor protection principles Work with PC under Windows environment


neXt step

3 days

price Contact us

PROP122

Generator protection – micom p34x

Customer Benefits

objectives

course Topics

• Operate and maintain the MiCOM P34x generator protection relay

• Reminder on generator protection application • P34x functionality • Product characteristics • Relay MMI: front panel, LEDs, push-buttons, navigation through front panel • Alarms & acknowledgement • MiCOM S1 software • Parameter file creation, upload and download • PSL file creation, upload and download • Disturbance, fault, event records • Detailed presentation of P34x functions • Product connection • Test with current injection • P34x hardware • Maintenance • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • The participants will be able to operate and carry out maintenance on MiCOM P34x • The participants can test the various functions of MiCOM P34x




learning path

duratiOn

prerequisites

training

Good knowledge of electrical substations Good knowledge of generator and protection principles Work with PC under Windows environment


neXt step

3 days

price Contact us


I 109

PROP123

Distance protection − micom p44x

Customer Benefits

objectives

course Topics

• Operate and maintain the MiCOM P44x distance protection relay

• Reminder on distance protection application • P44x functionality • Product characteristics • Relay MMI: front panel, LEDs, push-buttons, navigation through front panel • Alarms & acknowledgement • MiCOM S1 software • Parameter file creation, upload and download • PSL file creation, upload and download • Disturbance, fault, event records • Detailed presentation of P44x functions • Product connection • Test with current injection • P44x hardware • Maintenance • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, the participants can operate and carry out maintenance on MiCOM P44x • The participants can test the various functions of MiCOM P44x





learning path

duratiOn

prerequisites

training

Good knowledge of electrical substations Good knowledge of distance protection principles Work with PC under Windows environment


neXt step

3 to 5 days

price Contact us

PROP124

Line Differential protection – micom p52x and p54x

Customer Benefits

objectives

course Topics

• Operate and maintain the MiCOM P52x and P54x line differential protection relay

• Reminder on line differential protection application • P52x/P54x functionality • Product characteristics • Communication between relays • Relay MMI: front panel, LEDs, push-buttons, navigation through front panel • Alarms & acknowledgement • MiCOM S1 software • Parameter file creation, upload and download • PSL file creation, upload and download • Disturbance, fault, event records • Detailed presentation of P52x/P54x functions • Product connection • Test with current injection • P52x/P54x hardware • Maintenance • Hands-on



• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • The participants will be able to operate and carry out maintenance on MiCOM P52x/P54x • The participants can test the various functions of MiCOM P52x/P54x


learning path

duratiOn

prerequisites

training

Good knowledge of electrical substations Good knowledge of differential protection principles Work with PC under Windows environment


neXt step

1 to 4 days

price Contact us


I 111

PROP125

Voltage and Frequency protection micom p92x and p94x

Customer Benefits

objectives • Operate and maintain the MiCOM P92x and P94x voltage and frequency protection relay

course Topics • Reminder on voltage and frequency protection application • P92x/P94x functionality • Product characteristics • Relay MMI: front panel, LEDs, push-buttons, navigation through front panel

• Alarms & acknowledgement • MiCOM S1 software • Parameter file creation, upload and download • PSL file creation, upload and download • Disturbance, fault, event records • Detailed presentation of P92x/P94x functions • Product connection • Test with current injection • P92x/P94x hardware • Maintenance • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • The participants will be able to operate and carry out maintenance on MiCOM P92x/P94x • The participants can test the various functions of MiCOM P92x/P94x





learning path

duratiOn

prerequisites

training

Good knowledge of electrical substations Good knowledge of voltage and frequency protection principles Work with PC under Windows environment


neXt step

1 to 3 days

price Contact us

PROP132

Distance protection Device for Railway Application micom p438

Customer Benefits

objectives • Operate and maintain the MiCOM P438 railway distance protection device

course Topics • Reminder on P438 application • Reminder of specificity of railway protection application • P438 functionality • Product characteristics

• Relay MMI: front panel, LEDs, push-buttons, navigation through front panel • Alarms & acknowledgement • MiCOM S1 software • Parameter file creation, upload and download • Disturbance, fault, event records • Detailed presentation of P438 functions • Product connection • Test with current injection • P438 hardware • Maintenance • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • The participants will be able to operate and carry out maintenance on MiCOM P438 • The participants can test the various functions of MiCOM P438




learning path

duratiOn

prerequisites

training

Good knowledge of electrical substations Good knowledge of railway protection principles Work with PC under Windows environment


neXt step

3 to 5 days

price Contact us


I 113

PROP127

Differential Transformer protection micom p63x

Customer Benefits

objectives

course Topics

• Operate and maintain the MiCOM P63x differential transformer protection device

• Reminder on transformer protection application • P63x functionality • Product characteristics • Relay MMI: front panel, LEDs, push-buttons, navigation through front panel • Alarms & acknowledgement • MiCOM S1 software • Parameter file creation, upload and download • Disturbance, fault, event records • Detailed presentation of P63x functions • Product connection • Test with current injection • P63x hardware • Maintenance • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • The participants will be able to operate and carry out maintenance on MiCOM P63x • The participants can test the various functions of MiCOM P63x





learning path

duratiOn

prerequisites

training

Good knowledge of electrical substations Good knowledge of power transformer protection principles Work with PC under Windows environment


neXt step

3 days

price Contact us

PROP128

Distance protection Device – micom p437

Customer Benefits

objectives

course Topics

• Operate and maintain the MiCOM P437 distance protection device

• Reminder on distance protection application • P437 functionality • Product characteristics • Relay MMI: front panel, LEDs, push-buttons, navigation through front panel • Alarms & acknowledgement • MiCOM S1 software • Parameter file creation, upload and download • Disturbance, fault, event records • Detailed presentation of P437 functions • Product connection • Test with current injection • P437 hardware • Maintenance • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, the participants can operate and carry out maintenance on MiCOM P437 • The participants can test the various functions of MiCOM P437




learning path

duratiOn

prerequisites

training

Good knowledge of electrical substations Good knowledge of distance protection principles Work with PC under Windows environment


neXt step

3 to 5 days

price Contact us


I 115

PROP129

Feeder protection Device − micom p139

Customer Benefits

objectives

course Topics

• Operate and maintain the MiCOM P139 feeder protection device

• Reminder on P139 application • P139 functionality • Product characteristics • Relay MMI: front panel, LEDs, push-buttons, navigation through front panel • Alarms & acknowledgement • MiCOM S1 software • Parameter file creation, upload and download • Disturbance, fault, event records • Detailed presentation of P139 functions • Product connection • Test with current injection • Control box/selection/creation of bay • P139 hardware • Maintenance • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • The participants will be able to operate and carry out maintenance on MiCOM P139 • The participants can test the various functions of MiCOM P139





learning path

duratiOn

prerequisites

training

Good knowledge of electrical substations Work with PC under Windows environment


neXt step

3 days

price Contact us

PROP130

Digital Differential Busbar protection − micom p74x

Customer Benefits

objectives • Operate and maintain the MiCOM P74x digital differential busbar protection system

course Topics • Reminder on P74x application • Reminder on busbar protection application • P74x functionality • P74x system architecture, presentation of the different modules, communication between modules • System characteristics

• Topology: principles, examples, configuration, virtual feeder • Module MMI: front panel, LEDs, push-buttons, navigation through front panel • Alarms & acknowledgement • MiCOM S1 software • Parameter file creation, upload and download • PSL file creation, upload and download • Disturbance, fault, event records • Detailed presentation of P74x functions • Product connection • Test with current injection • P74x hardware • Maintenance • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • The participants will be able to operate and carry out maintenance on MiCOM P74x system • The participants can test the various functions of MiCOM P74x system • The participants will have reached a good level of knowledge on busbar protection principles




learning path

duratiOn

prerequisites

training

Good knowledge of electrical substations Good knowledge of busbar protection principles Work with PC under Windows environment


neXt step

3 to 5 days

price Contact us


I 117

PROP131

Disturbance and Power Quality Recorder micom m57x/m87x

Customer Benefits

objectives

course Topics

• Operate, maintain and parameter the MiCOM M571/M572, M871/M872 recorder equipments

• Reminder on disturbance and power quality principles • M57x/M87x functionality • Product characteristics • Detailed description of product functions • Parameterizing using M57x/M87x configurator tool • Use of BiView tool • Data understanding • Product connection • Communication • Alarms & acknowledgement • Maintenance • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • The participants will be able to operate and carry out maintenance on MiCOM M57x/M87x recorders • The participants can parameter the various functions of MiCOM M57x/M87x





learning path

duratiOn

prerequisites

training

Good knowledge of electrical substations Basic knowledge on disturbance record and power quality principles Good level in PC under Windows environment


neXt step

3 days

price Contact us

PROP006

Railway Protection

Customer Benefits

objectives • Teach the principles and application of railway protection

course Topics • Requirements for stream and tension converter for protection applications • Basics of overcurrent applications • Basic transformer-differential protection for feeder lines • Basic distance protection facilities for overhead line arrangements

• Operating draft and operating programs • Overcurrent protection mechanisms HP 492, MiCOM P138 • Transformer protection facilities PQ 792, MiCOM P638 • Overhead line protection facilities PD 591, MiCOM P436/P438 • Practical exercises with test facilities as well as settings about PC/notebook • Exercises for the case evaluation with operating programs

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • The participants will have a thorough knowledge of maintaining their protection system • Participants will increase their fault finding and troubleshooting abilities for the protection system, thus reducing plant shutdown



audience • Engineers involved in the protection of railway electricity • Technicians and engineers from application or control departments, project managers, technicians or operators

learning path

duratiOn

prerequisites

training

Basic principles of power system protection

PROP006 30% theoretical 70% practical

neXt step

3 days

price Contact us


I 119

scs001

Advanced Digital control system

Customer Benefits

objectives

course Topics

• Gain a deeper understanding of the relevance and impact of substation control, of protection and the functions of distant control • Cover project engineering for a digital control system and hands-on practical experience using PACiS • Learn the basic principles of digital control system

• Choice of system components • Operating level, operating surfaces, operating hierarchy • Construction of communication structures • Construction of systems • Project engineering and service tools, construction and application • Expiry and winding-up of a project • Case examples/exercises with PACiS

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Participants will gain an in-depth knowledge of operational needs for digital control systems • Staff members completing this course are expected to be able to improve their contribution and be more informed in the workplace • Managers completing this course are expected to be comfortably conversant with the system, project engineering and be better equipped to make more informed decisions



audience • Engineers and managers working and making decisions in the substation control system environment who need deeper knowledge on either their operational needs or decision making


learning path

duratiOn

prerequisites

training

General knowledge of substation control systems

scs001 20% practical 80% theoretical

neXt step

3 days

price Contact us

scs002

Basic principles of Digital control system

Customer Benefits

objectives

course Topics

• Give an overview of the architecture and the task setting within the digital control system environment • Show the relevance and impact of control and protection and the functions of distant control • Teach electrical Energy Essentials

• Application features, system structure • Components at field level • Components at station level • Communications overview • Leading-engineering functions

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • This session is a good introduction to Digital Control System. It provides the knowledge necessary to understand its advantages and application • You will be able to choose the most appropriate solution for your needs and scale it in terms of function, architecture and services



audience • Substation control system engineers, decision-making managers in substation control systems

learning path

duratiOn

prerequisites

training

neXt step

Basic understanding of electricity

scs002

scs010

100% theoretical (incl. demonstration)

2 days

price Contact us


I 121

scs003

Application on IEc 61850 communication protocol

Customer Benefits

objectives

course Topics

• Explain how to move from the 1000+ pages of the IEC 61850 standard to real substation automation projects • Explain the key concepts and jargon of the standard • Highlight what is not defined for a real project and discuss applications through real products and projects

IEc 61850 From paper to Business Overview IEc 61850 concepts • Services • Modelling • Substation configuration language • Conformance tests Going for real projects • Architectures • Distributed functions • Retrofit cases • System configuration • Interoperability tests • Project management

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Participants will have a thorough knowledge in IEC 61850 Standards to substation Automation projects • End users and System integrators will know about specifications and have the required knowledge to improve project follow-ups • The System Architects & Consultants are expected to have gained a better understanding of future evolutions of the substation Automation applications • Training on the PACiS system is interesting since it is structured under IEC 61850 protocol


prOfiles design maintenance

audience • End users and system integrators who want to specify and/or follow-up a IEC 61850 project System architects and consultants who want to understand future evolutions of the substation and network automation applications


learning path

duratiOn

prerequisites

training

Substation environment, protection and control current applications

scs003 100% theoretical

neXt step

2.5 days

price Contact us

scs004

communication as per IEc 60870 and IEc 61850

Customer Benefits

objectives • Teach the theory and application of communication within the substation control station, including a comprehensive discussion of the information models, configuration language and services • Explain the latest development and the future of IEC 61850

course Topics

communication networks • Construction and structure • Facilities • Requirements present communication • IEC 60870-5-103 • IEC 60870-5-101 • IEC 60870-5-104 IEc 61850 • Construction of the norm • Data model and data services • Structures • Application

Bases of the communication technology • Authoritative model OSI • Protocols in the station automation • Communication structures • Norms (today and tomorrow)

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • The trainees will have the necessary knowledge to clearly understand the performances and the limits of the IEC protocols • The trainees will be able to optimize the data to be exchanged, for example, between substation and SCADA, and to analyze communication protocol • Application on IEC 61850 Communication Protocol


prOfiles design installatiOn maintenance

audience • Engineers working in the area of substation automation or/and engineers working in the planning of the application

learning path

duratiOn

prerequisites

training

Knowledge on substation automation and basic protection

scs004 100% theoretical

neXt step

2 days

price Contact us


I 123

scs005

micom s10: protection-Based substation control system

Customer Benefits

objectives

course Topics

• Understand and use the Digital Control System MiCOM S10 • Define the subsets of the system including communication protocol • Understand how to carry out commissioning and first level maintenance

• Introduction to the Digital Control System • The system MiCOM S10: field area/functionalities/architecture • RTU: hardware architecture • Operation mode/screen views/remote control/sequence of event recording/ historical trends • The Bay Module: functionalities/ configuration tools/automatism/ download • Communication with the relays, protocols • Disturbance and Event recordings tools • Configuration modules • Maintenance: 1st level/error messages • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • This session is a good presentation of Digital Control System MiCOM S10 • It presents the main architecture of this system and explains the features available with this solution • Moreover, it gives operation and maintenance teams autonomy in their daily jobs


prOfiles installatiOn OperatiOn maintenance

audience • Technicians and engineers from design or control departments, project managers, operation/ maintenance technicians


learning path

duratiOn

prerequisites

training

scs002

scs005

Electrotechnical and operation in substation basis Good knowledge of Windows Technician or engineer level

100% theoretical (incl. demonstration)

neXt step

3 days

price Contact us

scs006

micom c264: compact RTU (Remote Terminal Unit)

Customer Benefits

objectives

course Topics

• Understand and use the compact RTU MiCOM C264 • Understand how the new compact RTU allows decentralized control and monitoring

• New functionalities of the compact RTU • The MiCOM C264: field area/ functionalities/architecture • RTU: hardware and software architecture • Man Machine Interface • Configuration tools • Maintenance: 1st level/error messages • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • This session is a good presentation of MiCOM C264 applied to RTU applications. It shows the main structure of this system and explains the features available with this solution • This course gives operation and maintenance teams autonomy in their daily jobs • Control Function in OBS (One Box Solution) and Bay Computer Devices, Basic Digital Control Systems




learning path

duratiOn

prerequisites

training



neXt step

4 days

price Contact us


I 125

scs007

Fundamentals of Digital control system and pAcis operation & maintenance principles

Customer Benefits

objectives

course Topics

• Give an overview of the architecture and the task setting within the digital control system environment • Understand what a digital control system is • Have a good understanding of PACiS solution, as well as on the functional capability, operation and maintenance point of view

• Introduction to digital control system (DCS) • Global overview of DCS: architecture, communication principles, IEDs, bay computers, gateways, Operator Interface • Introduction to IEC61850 communication standard • DCS specification principles • Architecture examples • PACiS architecture, elements, communication principles, operation principles • PACiS tools • MiCOM C264 bay computer • PACiS Operator Interface, alarm, control, security • PACiS maintenance Tools and process • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • This session brings key knowledge on digital control systems • It gives the necessary knowledge to understand the corresponding advantages and application, applied on PACiS • It gives an overview of operation & maintenance in a PACiS system


prOfiles management installatiOn OperatiOn maintenance

audience • Technicians and engineers from design or control departments, project managers, operation & maintenance staff managers


learning path

duratiOn

prerequisites

training

Electrical substation knowledge Knowledge of Windows Technician or engineer level


neXt step

3 days

price Contact us

scs008

pAcis protection Automation & control – operation

Customer Benefits

objectives

course Topics

• Learn the basis of PACiS • Give an overview of PACiS architecture and components focusing on PACiS Operator Interface and how to operate the system

• PACiS architecture, elements, communication principles, operation principles • PACiS Operator Interface, screen views, alarm, log, control, command, security • Hands-on at PACiS Operator Interface • MiCOM C264 bay computer • Hands-on with MiCOM C264 • Maintenance level 1

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • The participants will be able to operate the PACiS system


prOfiles design

audience • Operators, electrical staff of PACiS system


duratiOn training

neXt step

scs008

scs009


3 days

price Contact us


I 127

scs009

pAcis protection Automation & control – Architecture, operation & maintenance

Customer Benefits

objectives

course Topics

• Learn how to use PACiS • Gain an overview of various subjects allowing participants to understand the PACis Integrated Solution • Learn how to operate, define the subsets and carry out maintenance on the system

• Introduction to the Digital Control System • Field area/functionalities/architecture • PACiS Operator Interface: Man Machine Interface/Alarms monitoring/ Control/ Security • C264 bay computer: functionalities/ hardware overview /Maintenance Trouble shooting & commissioning • Data base of the system/process configuration/configuration editor/data base management • PACiS Gateway for SCADA communication • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • This session provides the knowledge necessary to understand the advantages and application of the PACiS digital control system • Gives operation and maintenance teams autonomy in their daily jobs





learning path

duratiOn

prerequisites

training

neXt step

scs008

scs009

scs010



5 days

price Contact us

scs010

pAcis protection Automation & control – Architecture, operation, maintenance, Basic configuration

Customer Benefits

objectives • Understand and use the PACiS Integrated Solution • Define the subsets of the system, operate it and understand how to carry out commissioning and maintenance • Be able to make some modifications in the substation configuration file

course Topics • Introduction to the Digital Control System • Field area/functionalities/architecture • PACiS Operator Interface: Man Machine Interface/Alarms monitoring/ control/security

• C264 bay computer: functionalities/ hardware overview/Maintenance • Data base of the system/process configuration/configuration editor/ database management • System software installation • System Configuration Editor/basic system configuration (label change, alarm on/off, event set up, graphical change, scheme logic change) • PACiS Gateway for SCADA communication • System maintenance/System Management Tool/Troubleshooting & commissioning • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • This session provides the knowledge necessary to understand the advantages and application of the PACiS digital control system • This session gives operation and maintenance teams autonomy in their daily jobs • It allows the system administrator to perform some common modifications in PACiS using the System Configuration Editor tool




learning path

duratiOn

prerequisites

training

neXt step

scs002 scs009

scs010

scs003



10 days

price Contact us


I 129

scs011

spAcE 2000 Digital control system

Customer Benefits

objectives

course Topics

• Understand and use the SPACE 2000 Digital Control System • Be able to define the subsets of the system, to operate it and to understand how to carry out first level maintenance

• Introduction to the Digital Control System • SPACE 2000 system: functionality • Hardware & software description • Operation • EPA 2000 substation computer: hardware & maintenance • CCA central computer: hardware & maintenance • System connection & communication: database loading • System configuration introduction: basics on configuration & graphical tools • Maintenance – 1st level • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • This session provides a good knowledge of the digital control system SPACE 2000 and enables participants to understand its advantages and application • Gives operation and maintenance teams autonomy in their daily jobs





learning path

duratiOn

prerequisites

training

scs002

scs011



neXt step

5 days

price Contact us

scs012

pscN3020: Integrated protection & Distributed Digital control system

Customer Benefits

objectives

course Topics

• Understand and use the Digital Control System PSCN3020 • Define the subsets of the system • Control from station computer and bay module • Learn how to make some modifications • Understand how to carry out commissioning and first level maintenance

• Introduction to the Digital Control System • The system PSCN3020: functionalities/ architecture/EFI.P network • Operation mode/screen views/remote control/sequence of event recording/ historical trends • The Bay Module: functionalities/ configuration tools/automatism/ download • Communication with the relays, protective equipments • Gateway with the SCADA: description and configuration • Configuration modules: graphics tools/ data base modification • Maintenance: 1st level/error messages • Hands-on

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • This session provides good knowledge on the Digital Control System • PSCN3020 in order to understand the corresponding advantages and application, applied on PSCN3020 product • This session gives operation and maintenance teams autonomy in their daily jobs • It allows the system administrator to perform some common modifications in PSCN3020 using the configuration tools



audience • Technician and engineer from design or control departments, project managers, operation/ maintenance technicians

learning path

duratiOn

prerequisites

training

scs002

scs012



neXt step

10 days

price Contact us


I 131

scs014

s900 RTU and procett 5000 w operation & maintenance

Customer Benefits

objectives • Understand and use RTU and PROCETT systems through installation, configuration and maintenance modules

course Topics Procett 5000 W Portion • Presentation of Procett 5000 W environment: upper and lower level control center UGESL, modbus and peripherals such as printers… • Download of Database • Description of Database entities • Installation of graphical editor on a PC • Graph description • Build up of a training Database • Build up of graphs • Installation on a PC and configuration • Description of the main functions of the application prOfiles installatiOn OperatiOn maintenance

audience • Personnel in charge of the operation or the maintenance • Engineers and designers responsible for integrating this equipment in telecommunications networks


s900 RTU portion • Presentation of S900 RTU equipment • Software structure overview • Hardware structure overview • Description of the different boards: (PCU900, CPU900, FBS910, SAU900, DOU910, DAU900, ACU900, AAU900, AOU900) • Installation of the Database on the S900 system • Description of the parameters relevant to Database • Build up of a training Database • Installation of Winload, downloading program in Database • Analysis of the information on the terminal • Man Machine Interface • Troubleshooting maintenance • Interconnection module possible between S900 RTU and Procett 5000 W system

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • The trainees will have the opportunity to practice with instructors who have experience on these system versions. They will benefit from Alstom Grid experience in these fields, and will be in a position to maintain their systems on an optimum level


learning path

duratiOn

prerequisites

training



neXt step

10 days

price Contact us

NEw

scs020

configuration of IEc 61850 communication on micom Px30 and Px40 series

Customer Benefits

objectives • Operate the IEC 61850 communication facility from MiCOM Px30 & Px40 series • Be able to use the IED Configurator tool from MiCOM S1 Studio

course Topics • Basic knowledge of IEC61850 focusing on protection engineering & field engineers needs • Service, modeling, network architectures, configuration files, time synchronization, GOOSE and Reports, controls

hands-on • IED Configurator use • Scl file management • Protection relay identification and basic parameters • Time synchronization management • Protection relay data model through the documentation • Data Set creation • Report Control Blocks use • Goose configuration • Control configuration

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer



audience • Technicians and engineers from design or control departments, Protection engineering staffs, Commissioning engineers

learning path

duratiOn

prerequisites

training

Experience in MiCOM Px30 & Px40 series Experience in MiCOM S1 Studio software

scs020 50% theoretical 50% practical

neXt step

3 days

price Contact us


I 133

network management

NEw NEw NEw NEw NEw NEw NEw NEw NEw

137 • Introduction to e-terraplatform/e-terrahabitat 138 • Introduction to e-terrahabitat 139 • e-terrahabitat Databases 140 • scADA and Alarm Features 141 • e-terrahabitat system management 142 • managing high Availability systems 143 • e-terracomm 144 • e-terraplatform security management 145 • e -terracontrol for e-terraplatform customers 146 • e-terracontrol troubleshooting 147 • Building Full Graphic Displays for e-terracontrol using e-terrabrowser 148 • e-terracontrol for non-e-terraplatform customers 149 • programming in e-terracontrol 150 • programming in e-terrahabitat 151 • Introduction to e-terramodeler 152 • Alarm modeling for Real-time operations 153 • Building Full Graphic Displays using e-terrabrowser 154 • Advanced UI concepts 155 • Building a scADA model 156 • Building a Network model 157 • Building a Generation model 158 • Building a DTs model 159 • Building a substation 160 • e-terrasimulator Instructor 161 • Network Analysis 162 • Network optimization 163 • Network Application Features 164 • Generation Application Features 165 • e-terraloadforecast 166 • e-terracommit 167 • e-terravision 168 • e-terraarchive 169 • e-terraplatform 2.x – 2.y Delta course 170 • Full Network system from Field to scADA 171 • Using Alstom Grid’s Graphical modeler 172 • iGRID 173 • Database building with DDB 174 • protocol Analysis 175 • historical Data management 176 • Ems Database and Display maintenance 177 • Introduction to e-terradistribution 178 • Introduction to e-terraarchitecture 179 • e-terradistribution Databases 180 • e-terradistribution system management 181 • e-terradistribution model management 182 • e-terradistribution Operator Training

Emsp034 Emsp017 Emsp012 Emsp038 Emsp013 Emsp019 Emsp008 Emsp015 Emsp009 Emsp011 Emsp050 Emsp010 Emsp023 Emsp022 Emsp018 Emsp001 Emsp005 Emsp033 Emsp004 Emsp003 Emsp002 Emsp024 Emsp025 Emsp016 Emsp020 Emsp021 Emsp036 Emsp030 Emsp029 Emsp028 Emsp049 Emsp007 Emsp014 Emsp042 Emsp040 Emsp032 Emsp026 Emsp053 EmsG054 Emsp055 Dmsp001 Dmsp003 Dmsp004 Dmsp006 Dmsp007 Dmsp010

telecommunications

NEw

183 • ALcATEL pABX pcX 4400 184 • Data Acquisition through the Telecommunications Network 185 • AREVA sDh msE 5xxx 186 • AREVA pLc5000 187 • AREVA pDh DXc5000 188 • AREVA micom T390 189 • AREVA DIp5000 Analog/Digital 190 • optical Fiber within a Transmission network 191 • Alcatel pDh 1511BA and 1515cX-c 192 • philips pABX sopho is3000 193 • AREVA sDh Networks 194 • AREVA pDh Networks 195 • hUAwEI sDh osNxxxx 196 • AREVA e-DXc 197 • Additional programs

TEL003 TEL005 TEL006 TEL007 TEL009 TEL010 TEL012 TEL022 TEL002 TEL004 TEL020 TEL021 TEL023 TEL027

Network Management

Utilities and industries want a comprehensive set of tools that boosts automation and enables smarter grid operation, both at the substation and the regional level. From protection relays and remote telemetry units (RTU), to the most advanced Network Management System (NMS), every single element contributes to secure your network and prevent blackouts. All these new issues are already integrated in our training courses.

Matching your needs Alstom Grid Technical Institute proposes theoretical and application trainings in: • e-terra application suite for Energy Management (EMS/GMS) and Distribution Management (DMS/OMS), to have a thorough understanding of the system architecture found in control centers, to introduce its key software components and to highlight its main functional features and administration capabilities. This will allow your staff to gain the adequate expertise for proper operation and control of their mission critical assets. • Telecom solutions, to have a global approach of utility telecommunications, from point-to-point to latest protocols specific to SCADA. The courses are dedicated to equipment, technology and interfaces with other devices. This will enhance your personnel’s ability to ensure reliable and secure data transmission. Competence management is at the heart of our training solutions. We focus on the trainee’s ability to put his knowledge to work and to make a difference in his organization. A pre-course assessment, combined with online and coaching, adapts the time spent in the classroom and produces positive operational benefits more precisely. Network Management courses can be combined to create twelve curriculums: Application Developer, System Integrator, Telecom Engineer, System Maintenance & System Administrator, Network Generation Analyst, Power System Modeler, Display Builder, DTS Instructor, System Operator and Control Center Manager.


In addition, workshops and drills conducted on simulators running recorded savecases offer an ideal training environment for a new generation of EMS/DMS operators. Moreover, Alstom Grid Technical Institute can host an image of a real-life configuration and grant remote access to it for practice purposes (“Sandbox”). Providing up-to-date training courses is what we do.

Emsp034

Introduction to e-terraplatform/e-terrahabitat

Customer Benefits

objectives

course Topics

• Present the general architecture and a functional overview of the e-terraplatform system including an overview of its implementation for transmission and distribution • Focus on the e-terrahabitat subsystem: familiarize students with e-terrahabitat architecture, the man-machine interface (MMI), the basics of database and application development • Introduce students to WebFG, the e-terrahabitat user interface processor and its command language • Prepare students for all other courses in the e-terrahabitat series

• e-terraplatform architecture, concepts, and components • e-terrahabitat architecture, concepts, and components • Processes and procedures for application development • Processes and procedures for creating databases • Database management and control

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to describe the main subsystems in e-terraplatform and their relationship, and will have an understanding of e-terrahabitat concepts, components and of the general steps required to create an application



audience • Project managers and programmers who use e-terrahabitat to develop applications, engineers who use those applications, operations staff, and operations management personnel

learning path

duratiOn

prerequisites

training

Minimal fluency in Hardware/Software architectures and power systems fundamentals

Emsp034 100% theoretical

neXt step

1 to 2 days

price Contact us


I 137

Emsp017

Introduction to e-terrahabitat

Customer Benefits

objectives

course Topics

• Introduce the basic design of Alstom Grid e-terrahabitat, which provides the foundational layer for real-time control system, software development and operation • Explain key HABITAT terms and concepts of the software architecture, including data management, e-terrabrowser user interface, core and supporting applications, and utilities embedded in e-terrahabitat

• Fundamental e-terrahabitat terms and concepts • Overview of the application development environment and user interface • Organization of e-terrahabitat-based applications and databases • Introduction to basic e-terrahabitat core operations and supporting utilities

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will become familiar with basic e-terrahabitat organizational methodology, utilities, and components of an application • Students will be exposed to the Alstom Grid user interface for accessing real-time information • Students will become familiar with hierarchical databases and HDB utilities • Students will learn the core and supporting applications that make up the e-terrahabitat system



audience • Anyone who will be working in an Alstom Grid software environment

maintenance


learning path

duratiOn

prerequisites

training

neXt step

1.5 days

None

Emsp017

Emsp012 Emsp018

price


Contact us

Emsp012

e-terrahabitat Databases

Customer Benefits

objectives

course Topics

• Introduce students to e-terrahabitat database (HDB) design concepts necessary to create and understand HDB data definitions and instances managed by e-terrahabitat’s HDB server process • Explain multiple types of data structures and data relationships • Teach techniques for creating, populating and archiving from these data structures

• Overview of the application development process • e-terrahabitat data concepts and supported data structures • How to create and read e-terrahabitat database schemas • How to define records, partitions, fields, and other database elements • Data population techniques • Data archiving, exporting and importing

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will understand how hierarchical databases work and how to use the various HDB utilities that come with e-terrahabitat • Students will learn how to use navigate, delete, insert records, and fields • The use of parent-child and indirect pointers will also be covered • Students will be able to define and modify database and clone schemas • Students will be able to create, backup, and export clone data using the various HDB utilities



audience • e-terrahabitat users It is particularly beneficial for e-terrahabitat application Programmers who wish to create data access from their programs; display builders who wish to link data to the user interface; and data Management System (EMS) data to the Alstom Grid system

learning path

duratiOn 2 days

prerequisites

training

neXt step

Emsp017

Emsp012

Emsp013 Emsp018 Emsp005


price Contact us


I 139

Emsp038

scADA and Alarm Features

Customer Benefits

objectives

course Topics

• Teach how the SCADA system processes and displays measurements, controls, and alarms on the monitored system

• A presentation of SCADA related applications: Alarm Management, Historical Data Recording, Tagging, Load Shed • SCADA system functions, including processing of Data acquisition, evaluating data quality SCADA Alarms, Status and analog measurements, Pulse accumulators, Custom calculations on data • SCADA databases • If the teaching site has the Alstom Grid DTS demonstration system running, the course includes student practice in using real-time SCADA and Alarm features

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to use SCADA on an operational level and will also understand the breadth of optional features available in SCADA and Alarm Components. The management of the SCADA database is not an objective of this course



audience • Programmers and operations personnel who use or build and maintain displays, databases and alarms for their SCADA system will benefit from this course • For engineers, we would recommend “Building a SCADA Model” EMSP004 instead


learning path

duratiOn

prerequisites

training

Emsp017 Emsp012

Emsp038 20% practical 80% theoretical

neXt step

3 days

price Contact us

Emsp013

e-terrahabitat system management

Customer Benefits

objectives

course Topics

• Prepare a system administrator for installation, configuration and maintenance of an e-terrahabitat shell system • Provide instruction for use and configuration of network communications services, e-terrabrowser installation and configuration, time and date services • Provide high availability overview for Process Manager, Configuration Manager and Memory Replication Services (MRS), including a basic exposure to the e-terrahabitat utilities that manage startup, shutdown, scheduling, and monitoring of processes that make up the real-time system • Cover troubleshooting techniques used to anticipate, prevent, and respond to most common system level problems that affect the end user

• Overview of e-terrahabitat architecture and functionality of shell applications • Installing and upgrading e-terrahabitat • e-terrahabitat file organization and management tools • Environment variables and database fields • Configuration file use and syntax • Full user-interface management techniques on both host and client systems: alarm interface, e-terrabrowser environment management, and context sensitive help • Troubleshooting techniques for most common problems


audience • System management tasks with Alstom Grid layered software

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to install and configure an e-terrahabitat system • Students will learn both the functionality and the internal organization of e-terrahabitat, and demonstrate troubleshooting techniques for error analysis and recovery • Students will learn how to customize the e-terrabrowser user interface subsystem


learning path

duratiOn 5 days

prerequisites

training

neXt step


Emsp013

Emsp019

A basic understanding of operating system commands for the operating system upon which your e-terrahabitat is expected


price Contact us


I 141

Emsp019

managing high Availability systems

Customer Benefits

objectives

course Topics

• Give detailed knowledge about the configuration and operation of service utilities which start, enable, schedule, and conditionalize process execution of functions in a redundant system environment • Cover standard data models and the user interface for PROCMAN and CFGMAN and the operation of Memory Replication Services (MRS)

• Overview of CFGMAN subsystem, processes, and interface with other subsystems • CFGMAN models and their use in system component status-checking and role assignments • CFGMAN and PROCMAN user interfaces • Overview of PROCMAN subsystem, processes, and interface with other subsystems • PROCMAN model, its data objects, and how they are used to sequence and conditionalize the processing of system functions • MRS processing during machine transitions and redundant operations • Troubleshooting startups and machine transitions

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Participants will understand the data objects that make up the PROCMAN model and how they are used to sequence and conditionalize system functions • They will be able to describe the data objects that make up the CFGMAN model and explain how they are used to make decisions regarding when and where system functions are enabled • They will become familiar with CFGMAN, PROCMAN and MRS user interfaces during both machine transitions and normal operations • They will become familiar with the sequence of events during the standard EMS machine startup and machine transition from standby to enabled



audience • System administrators and system integrators responsible for the configuration and maintenance of successful, functioning systems in a redundant environment • Application developers who plan to write application codes that will extend or modify Alstom Grid delivered e-terrahabitat based systems


learning path

duratiOn

prerequisites

training

neXt step

5 days


Emsp019

Emsp022 Emsp008

price


Contact us

Emsp008

e-terracomm

Customer Benefits

objectives

course Topics

• Give detailed knowledge of the Alstom Grid open access gateway (OAG) system, which facilitates the exchange of data with external control centers via various protocols • Cover in detail e-terracomm’s use of both ICCP (TASE.2) and ISD, including installation, configuration, creation of necessary objects in the data model, and diagnosis and repair of common OAG problems

• Overview of the e-terracomm architecture, user interface, and operations • Relationship of software objects that make up the e-terracomm model • Support of diagnostics and troubleshooting • Supported protocols (ISD and ICCP in particular) • Relationship of ICCP and MMS software layer

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Alstom Grid Technical Institute is equipped with all the necessary equipment to ensure that participants enjoy a comprehensive ‘hands-on’ experience, learning both theory and practical application • Students will understand the e-terracomm architecture and how data flows within it • Students will be able to describe the basics of ICCP terminology and functionality, and describe the primary software objects that make up the e-terracomm model and understand how the software and processes make these objects • Students will be able to create and configure an e-terracomm data model that both sends and receives data from other systems, and gathers diagnostic information to diagnostic common e-terracomm problems



audience • Power system modelers, system administrators, and system integrators who are responsible for exchanging Energy Management System (EMS) data with external parties

learning path

duratiOn 3 days

prerequisites

training

neXt step

Emsp019 Emsp017 Emsp012 Emsp004

Emsp008

Emsp009


price Contact us


I 143

Emsp015

e-terraplatform security management

Customer Benefits

objectives

course Topics

• Provide a platform overview of all the important aspects that must be addressed to ensure the security of your e-terraplatform systems. Specifically, the course introduces security concepts, policies, design, and implementation that are necessary for the deployment and management of a secure e-terraplatform environment

• Overview of security process • Security concepts • Security risk assessment and threat modeling • Overview of e-terraplatform security design and documentation • Network security – Secure firewall configuration • Host security – Secure base operating system install procedure – Windows, Linux (optional)

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, students will understand the essential security concepts and requirements for operating an Alstom Grid Energy Management System in a secure manner • Participants will become familiar with the documented procedures and specific steps required to securely configure and manage an e-terraplatform environment



audience • Engineers involved in maintaining e-terraplatform systems, particularly those directly involved with system/ network management and integration • Most beneficial to users who are planning or implementing a migration to this level


learning path

duratiOn

prerequisites

training

neXt step

Emsp008

Emsp015

Emsp009

Familiarity with basic system management concepts related to an e-terraplatform environment


2 days

price Contact us

Emsp009

e-terracontrol for e-terraplatform customers

Customer Benefits

objectives

course Topics

• Give a broad understanding of the e-terracontrol subsystem and its capabilities, focusing on the use of e-terracontrol as a front-end processor for e-terraplatform

• e-terracontrol Overview • e-terracontrol SCADA server, measurement and data source models • Redundancy in e-terracontrol • e-terrabrowser integration between • e-terraplatform and e-terracontrol • Data and alarm communications • Resources for troubleshooting Note: This course has been expanded to include information from the e-terracontrol Troubleshooting course. Students who have already taken this course should request to take the e-terracontrol Troubleshooting course separately.

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Participants will understand the data model and associated data attributes that make up e-terracontrol SCADA Server database • Participants will understand how to use CFEReader for protocol translation and data acquisition • Participants will be able to configure process starter • Students will build e-terracontrol displays • Participants will perform data source modeling • Students will understand data processing, replication, redundancy and alarm processing


prOfiles installatiOn maintenance

audience • Integrators, system managers, project engineers who are installing and maintaining e-terracontrol servers as front-end processors for an e-terraplatform installation

learning path

duratiOn 4 days

prerequisites

training

neXt step


Emsp009

Emsp023 Emsp014


price Contact us


I 145

Emsp011

e-terracontrol Troubleshooting

Customer Benefits

objectives

course Topics

• Explain the methods for troubleshooting e-terracontrol systems • Show the students what logs and utilities are available for troubleshooting

• e-terracontrol Overview • ProcessStarter Troubleshooting • SCADA Troubleshooting • Communications Troubleshooting • e-terraplatform Integration Troubleshooting • Other Troubleshooting Utilities

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will cover details of troubleshooting the two main data sources for e-terracontrol application: CFEReader for data acquisition and Intersite Data (ISD) for responding to polls for data • Students will learn most commonly used components of the e-terracontrol system including ProcessStarter, SCADA, AlarmPager, DBUpdate, and the e-terrabrowser client


prOfiles installatiOn maintenance

audience • Those who install, maintain, and support e-terracontrol servers


learning path

duratiOn

prerequisites

training

Emsp009 or Emsp010


neXt step

2 days

price Contact us

Emsp050

Building Full Graphic Displays for e-terracontrol using e-terrabrowser

Customer Benefits

objectives

course Topics

• Give students hands-on experience in creating displays for Alstom Grid systems using e-terrabrowser • Give an overview of the real-time interface and e-terrabrowser architecture • Show how to construct primitives, symbols, elements, as well as combining and linking them with data to produce both schematic and tabular displays • Teach how to use graphic elements only available with e-terrabrowser

• e-terrabrowser subsystem overview • Creating and accessing graphics sets • Providing graphic attributes for display objects • Construction of schematic displays • Introduction to tabular displays • Linking graphic objects to data • Making graphic objects conditional on real-time data • Building menus, layers, placeholders, and declutter zoom levels • Building pull-downs, toolbars and other MS Windows-like widgets

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to use Alstom Grid PC Display Builder to build efficient e-terracontrol displays, mainly in schematic format • An overview of tabular format concepts will also be provided • Students will be able to provide navigation tools for end users of their displays and provide conditionality for their display objects based on changing real-time data



audience • Any student who expects to be involved in display building for Alstom Grid e-terracontrol systems that use e-terrabrowser as their main user interface

learning path

duratiOn

prerequisites

training

Emsp033

Emsp050

e-terracontrol


neXt step

4 days

price Contact us


I 147

Emsp010

e-terracontrol for non-e-terraplatform customers

Customer Benefits

objectives

course Topics

• Provide a broad understanding of the e-terracontrol subsystem and its capabilities, both from an operational basis as well as the model data that conditions the operations

• e-terracontrol Overview • e-terracontrol SCADA server • SCADA server measurement model • SCADA server data source model • Building displays for e-terracontrol systems • Selected e-terracontrol client applications • e-terracontrol provider/subscriber applications • Redundancy in e-terracontrol • Troubleshooting resources

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Participants will be able to create and modify database objects • Participants will be able to provide configuration information for applications that communicate with the e-terracontrol SCADA Server • Students will build e-terracontrol displays • Participants will understand the functionality of provider/subscriber applications and subscriber applications

Note: This course has been expanded to include information from the e-terracontrol Troubleshooting course. Students who have already taken this course should request to take the e-terracontrol Troubleshooting course separately.



audience • Integrators, system managers, project engineers who are installing and maintaining e-terracontrol servers


learning path

duratiOn

prerequisites

training

Familiarity with SCADA Systems and the Microsoft Windows environment


neXt step

4 days

price Contact us

Emsp023

programming in e-terracontrol

Customer Benefits

objectives

course Topics

• Use programming interfaces to exchange data with the e-terracontrol SCADA Server • Give an overview of object-oriented programming and Microsoft’s COM concepts • Cover all the data objects served by e-terracontrol’s SCADA Server and their properties and methods • Give students program examples using Active-X controls in Visual Basic that they can take away at the end of the training

• OP/COM Basics • The e-terracontrol Object Classes • e-terracontrol interfaces • Active-X control properties and methods

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to code using published e-terracontrol • Active-X controls that your program can read, and process data sets for configuration as well as read/write power system measurement data



audience • Application programmers who plan to read from, or write data to, an e-terracontrol system

learning path

duratiOn

prerequisites

training

Emsp010 or Emsp009


neXt step

1 day

price Contact us


I 149

Emsp022

programming in e-terrahabitat

Customer Benefits

objectives

course Topics

• Provide a foundation for application developers who need to create new or modify an existing application code that uses e-terrahabitat or SCADA • Cover all the major Application Program Interfaces (API) used by the EMS system programs including HDB, PROCMAN, CFGMAN, NETIO, ALARM, SCAPI, and RUSER • Write a small program using AREVA’s Portable Process Model (PPM) to coordinate common asynchronous events handled by these API utilities

• Using the Portable Process Model architecture (API) • Gaining data access (HDB API) • Issuing messages and status codes from programs (MLF & SCF APIs) • Integrating into the system (PROCMAN & APPMGR API) • Accepting roles (CFGMAN API) • Exchanging data (NIOSOCK API) • Communicating with SCADA (SCAPI API) • Issuing alarms (ALARM API) • Communicating with the operator (RUSER API)

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to write programs that access e-terrahabitat data, issue messages to logging databases, register their functions with PROCMAN and execute those functions asynchronously according to the PROCMAN model • Students will register themselves with CFGMAN and accept role assignments as delivered by CFGCTRL, and open network communications with another process for exchanging data • Students will read and write SCADA data to/from the EMS system, issue an alarm and accept and act on operator input from the user interface

Note: Although this is a new course, the course content is not. These topics were previously spread across two courses titled e-terrahabitat Programming and Advanced e-terrahabitat Programming.



audience • Application programmers who plan to extend or modify Alstom Grid delivered applications


learning path

duratiOn

prerequisites

training

neXt step


Emsp022

Emsp009


5 days

price Contact us

Emsp018

Introduction to e-terramodeler

Customer Benefits

objectives

course Topics

• Explain how to populate the modeler and maintain an Energy Management System power model in a single environment • Have an intuitive, windows-based user interface with a single view of the multiple power model databases, a portable, modular, and extensible validation framework that supports saving, listing, and retrieving specific versions (savecases)

• e-terramodeler overview • Navigation between commonly used modeling forms • General editing operations • Validating and archiving data • Demo of advanced modeling techniques

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to demonstrate modeling operations • Students will understand the architecture of Alstom Grid e-terramodeler • Students will be familiar with the e-terramodeler user interface • Students will learn how to validate and place a model online



audience • Data modelers, system integrators, and power system engineers

learning path

duratiOn 1 day

prerequisites

training

neXt step

EMsp012 Emsp017

Emsp018



price Contact us


I 151

Emsp001

Alarm modeling for Real-time operations

Customer Benefits

objectives

course Topics

• Give hands-on experience in modeling alarms so the participants can optimize the way events and alarms are managed in an Alstom Grid Energy Management System (EMS) • Explain the modeling options provided in the alarm databases • Focus on possible configurations to support acknowledgement, deletion, sounding and silencing of tones associated with alarms in a real-time operational environment

• Alarm terms, definitions, concepts and databases • Event processing • Permission areas • Configuring sound and silencing tones • Acknowledgement and deletion options • Global settings • Archiving methods • Configuring Alarm Viewer to access archive files • Alarm management scenarios • Alarm Page

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to customize the way alarms are managed on site



audience • System integrators, power system modelers, and engineers involved in the creation or maintenance of the alarm model for the monitored power system


learning path

duratiOn

prerequisites

training

neXt step

EMsp012 Emsp017

Emsp001

Emsp004


2 days

price Contact us

Emsp005

Building Full Graphic Displays using e-terrabrowser

Customer Benefits

objectives

course Topics

• Give students hands-on experience in creating displays for Alstom Grid systems using e-terrabrowser Browser • Give an overview of the user real-time interface and e-terrabrowser architecture • Teach how to construct primitives and elements, as well as combining and linking them with data to produce both schematic and tabular displays • Teach how to use graphic elements only available with e-terrabrowser

• Creating and accessing graphics elements and display sets • Providing graphic attributes for elements and display objects • Construction of schematic displays • Construction of tabular displays • Linking graphic objects to data • Making graphic objects conditional on real-time data • Building menus, layers, placeholders, and declutter zoom levels • Building menus and toolbars

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to use ALSTOM’s Grid FG Display Builder to build efficient displays, in both schematic and tabular formats • Students will be able to add area permissions and conditional elements to their displays • Students will be able to provide navigational capabilities to displays and provide conditionality to their display objects based on changing real-time data



audience • Any student who expects to be involved in building displays for Alstom Grid systems that use e-terrabrowser as their main user interface

learning path

duratiOn 5 days

prerequisites

training

neXt step

Emsp017 Emsp012

Emsp005

Emsp033


price Contact us


I 153

Emsp033

Advanced UI concepts

Customer Benefits

objectives

course Topics

• Cover advanced topics on building dynamic one-line and tabular displays • Present various UI tools to build displays including integrating CAMs and ActiveX controls, JavaScript/ VBScript within the FG Displays Builder, iGRID plug-in, and iGRID Designer

• Adding CAMs and ActiveX controls to displays • Using Cascading Combo boxes • Using JavaScript/ VBScript • Publishing displays and display management via command line utilities • Using the iGRID plug-in • Creating data with iGRID Designer

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will learn to use various UI tools to build online and tabular displays • Students will learn command line tools to build, publish and manage their displays • Students will learn how to add dynamic data functionality onto online and tabular displays such as CAMs, ActiveX controls, JavaScript/VBScript



audience • Display builders who wish to learn more advanced User Interface (UI) concepts to build dynamic displays


learning path

duratiOn

prerequisites

training

neXt step


Emsp033

Emsp050


2 days

price Contact us

Emsp004

Building a scADA model

Customer Benefits

objectives

course Topics

• Give an overview of the Supervisory control and Data acquisition (SCADA) functionality provided by Alstom Grid Energy Management System (EMS) host systems • Teach how SCADA measurements are processed and stored, and how controls and SCADA alarms are issued in a monitored power system • Explain the SCADA data model and how to use the e-terramodeler tool to populate that model • Use e-terramodeler to develop a SCADA Model to obtain the desired SCADA behavior on your system • Cover the SCADA online editor’s capabilities and limitations

• SCADA system functions and database organization • Status, analog, and pulse accumulator measurement processing and storage • Processing of controls for analogs and status points • SCADA topology processing • Creating calculated data points • Recording SCADA data for replay and analysis • SCADA system interaction with ALARM (and its various configuration options) • Sharing data with other systems via Intersite Data (ISD) using the SCADA online editor

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will understand the Alstom Grid SCADA applications functionality for processing both telemetered and calculated data • Students will recognize field and record names in the SCADA database necessary for creating graphic objects that accurately represent the state of monitored objects • Participants will learn the processing of controls for analogs and status points • Students will create calculated data points and understand SCADA topology processing • Students will share data via ISD with other systems • Students will learn how to use the SCADA Online Editor



audience • System integrators, power system modelers, and SCADA engineers involved in the creation or maintenance of the monitored power system • This is a complete modeling course for SCADA-only systems, but is also useful for other e-terraplatform customers who need to utilize SCADA data in other applications

learning path

duratiOn 3 days

prerequisites

training

neXt step

EMsp017 Emsp012 Emsp001

Emsp004

Emsp003


price Contact us


I 155

Emsp003

Building a Network model

Customer Benefits

objectives

course Topics

• Give an overview of the network analysis functionality to create and maintain a model that best represents your system using the modeling tool, e-terramodeler • Explain how to use modeler • Differentiate which transmission details are necessary in the model for evaluating the health of the transmission system • Explain the network data model, and how to use e-terramodeler to populate it

• Network system functions and database organization • Transmission lines, switching devices and transmission levels (equipment groups) • Transformers, capacitors, and reactors • Demand loads, load areas and auxiliary loads

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to describe the Alstom Grid network data structure and energy management functions that rely upon it • Students will have knowledge of the breadth of optional processing and display options available in the Alstom Grid network subsystem, and be able to identify which e-terramodeler views, folders, forms, and tabs are used to populate and examine the network database



audience • System integrators, power system engineers involved in the creation and maintenance of the network topology model


learning path

duratiOn

prerequisites

training

neXt step

EmsP018 Emsp017 Emsp012 Emsp004

Emsp003

Emsp002


2 days

price Contact us

Emsp002

Building a Generation Model

Customer Benefits

objectives • Give an overview of the Generation application functionality provided by Alstom Grid systems • Show how to use e-terramodeler’s modeling tool to configure the desired generation behavior on your system • Explain real-time AGC and ACE processing algorithms and how to model jointly-owned and combinedcycle generating units • Explain how to view a Generation data model and how to use e-terramodeler to populate it

course Topics • Generation application configuration options and alarm settings

• AGC status, Area Control Error, and contributing settings • Relationship between generating units and unit controllers • Generating unit data: limits, gross/net MW conversion, and ramp rate • Generating unit data: forbidden zones, types and fuels • Incremental heat rate curves, emissions data, and auto selection • Jointly owned and combined cycle unit models • Real-time market interfaces • Interconnection tie lines, and dynamic schedules • Joint AGC Regulation schedules • Mapping data between SCADA and AGC • Reserve Monitoring Definition

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will understand Alstom Grid Generation software processes and their general algorithms for processing and presenting AGC and ACE data • Students will gain knowledge of optional processing options for generating units modeled in an Alstom Grid Generation subsystem • Students will identify which e-terramodeler views, folders, forms, and tabs are used to populate and examine the Generation database



audience • System integrators, power system modelers, and Generation engineers involved in the creation or maintenance of the generation control system model. This course is critical for GenCo customers

learning path

duratiOn 2 days

prerequisites

training

neXt step

EMsp012 Emsp017 Emsp018 Emsp003

Emsp002

Emsp024


price Contact us


I 157

Emsp024

Building a DTs model

Customer Benefits

objectives

course Topics

• Introduce the features and processes associated to Dispatcher Training Simulator model definition

• Training Simulator Overview • Models for Prime Movers • Models for Relays

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to define appropriate information in the DTS model



audience • System integrators, power system modelers, and SCADA engineers involved in creating or maintaining the model of the monitored power system and especially the Dispatcher Training Simulator


learning path

duratiOn

prerequisites

training

neXt step

1 day

EMsp004 Emsp034 Emsp012 Emsp017 Emsp018

Emsp024

Emsp016 Emsp008

price


Contact us

Emsp025

Building a substation

Customer Benefits

objectives

course Topics

• Experience the process of modeling a complete Substation • Summarize the skills and the experiences acquired in the previous modeling courses by inserting a simple, but realistic, substation, starting from a paper equipment description and station on-line diagram • Review the procedure and requirements for modeling the most common power system equipment in the different EMP subsystems

• Review of station equipment and measurement modeling • Review of navigation and database population methods: equipment creation v/s copying • Connectivity definition • Database validation: understand and correct the validation messages to obtain valid databases • Power System Data consistency check: power flow calculation for the modified data set • Database on-lining procedure: put the new data online in e-terrasimulator and understand the results of modeling choices

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will have gained sufficient modeling experience to start efficiently modeling their own Power System data



audience • System integrators, power system modelers, and SCADA engineers involved in creating or maintaining the model of the monitored power system

learning path

duratiOn

prerequisites

training

Emsp004 Emsp034 Emsp012 Emsp017 Emsp018

Emsp025 100% practical

neXt step

1 day

price Contact us


I 159

Emsp016

e-terrasimulator Instructor

Customer Benefits

objectives

course Topics

• Show how to use Alstom Grid e-terrasimulator to set up a training environment that allows dispatchers to practice performing SCADA, RTGEN, RTNET and Alarm operations • Teach dispatcher trainee and instructor functions and capabilities

• Basic e-terrasimulator functions • e-terrasimulator applications and databases • Management of the e-terrasimulator in simulation and replays modes • Creating and validating an event scenario • One-step initialization from real-time system • Starting, controlling, and stopping the e-terrasimulator • Interaction with the trainee • Roles of the dispatcher trainee and instructor

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to initialize the e-terrasimulator database, set up training scenarios, and initiate, monitor, and manage a training session • Students will receive 24 NERCCEH hours for attending this course



audience • Instructors of the e-terrasimulator and system administrators who are supporting the e-terrasimulator software


learning path

duratiOn

prerequisites

training

Emsp024 Emsp017


neXt step

3 days

price Contact us

Emsp020

Network Analysis

Customer Benefits

objectives • Introduce the network applications required to perform basic network analysis

course Topics • Network Analysis Displays and Navigation: describes the user interface for the network applications • Real-time Network Analysis (RTNET): discusses the state estimator parameters and processing logic • Obtaining a State Solution with RTNET: discusses the state estimator solution and result evaluation

• Study Network Analysis (PWRFLOW/ STNET): discusses the setup and parameters for the study applications • Obtaining a PWRFLOW Solution in STNET and other STNET Functions: discusses the powerflow solution and result evaluation, case comparison, and export control • Contingency Definition: discusses contingency definition modeling • Contingency Analysis: discusses contingency parameters, execution, and solution evaluation • Network Schedules, Limits, Monitored Elements, and Alarming: discusses various modeling data • Outage Scheduler: brief description of the Outage Scheduler function

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will gain a general understanding of the Alstom Grid network applications and how they can be used to assess load demand, interchange requirements, generation, network connectivity, and limit violations in both the current and contingent network states • Students will troubleshoot solution anomalies • Students will navigate through the various network applications displays



audience • Utility personnel who will use Alstom Grid network applications to perform network analysis and evaluate solution quality

learning path

duratiOn 2 days

prerequisites

training

neXt step

Students should be familiar with power system concepts and their console equipment. Familiarity with e-terrahabitat is not assumed, but desired. Some knowledge of clones and database structure would also be helpful

Emsp020

Emsp021


price Contact us


I 161

Emsp021

Network optimization

Customer Benefits

objectives

course Topics

• Explain how Alstom Grid optimization network applications can be used for analysis of both the current network state and contingent network states

• Control definition • User interface of the optimization network applications • Specifying network components to be enforced for limit violations • Use of Optimal Power Flow (OPF) • Use of Security Enhancement • The role of real-time Security Enhancement and Voltage VAR Dispatch (VVD) in the real-time Network Sequence • The role of OPF in the Study Network (STNET)

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students learn how Alstom Grid optimization network applications can be used for analysis of both the current network state and contingent network states



audience • Utility personnel who will use network optimization applications to perform network analysis


learning path

duratiOn

prerequisites

training

neXt step

Emsp020

Emsp021

Emsp030


1 day

price Contact us

Emsp036

Network Application Features

Customer Benefits

objectives

course Topics

• Introduce to the network applications required to perform basic network analysis on both Transmission and Distribution networks • Adjust to functional interest (essentially modular in an application basis)

• User interface of the network applications • Use of Powerflow (PWRFLOW), State Estimation (RTNET), Contingency • Analysis (CA) & contingency definition • Use of Contingency Analysis including contingency definition • Use of Short Circuit (SCT), fault definition • Use of Volt/VAR Dispatch (VVD) • Control definition, constraint enforcement • Use of Optimal Power Flow (OPF) • Use of Security Enhancement (SENH) • The role of real-time Security Enhancement in the real-time Network • Sequence

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students learn how network applications can be used to assess load demand, interchange requirements, current generation, network connectivity and limit violations for both the current network state and contingent network states



audience • Utility personnel who will use Alstom Grid network applications to perform network analysis • This course should be taken before any customer-written extensions to the system take place

learning path

duratiOn

prerequisites

training

Students should be familiar with power system concepts, e-terrahabitat and the e-terrahabitat desktop


neXt step

5 days

price Contact us


I 163

Emsp030

Generation Application Features

Customer Benefits

objectives

course Topics

• Introduce e-terraplatform generation applications, to monitor and control the generation system • Explain concepts of area control, frequency regulation and interchange control • Describe the various functions of the RTGEN application used for this purpose, together with the various parameters available to the user to influence the control • Present the study generation application (STGEN)

• Area control concepts (area control error, AGC status and modes) • Parameters characterizing the entities involved in area control (units, plant controllers, control areas) • Unit scheduling facilities (base points, durations, fuel mixes), fuel cost schedules • Interchange transactions scheduling • Reserve concepts, reserve requirements scheduling, reserve monitoring • Economic dispatch (cost function elements, units control modes) • User interface of the generation applications and the generation common utilities

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students learn how to use the generation control application (RTGEN) for its basic function (automatic generation control = AGC) and associated auxiliary functions (economic dispatch, reserve monitoring…) • The course also introduces the various scheduling functions and the generation study applications



audience • Personnel who will use Alstom Grid generation applications to monitor and control the generation system


learning path

duratiOn

prerequisites

training

neXt step

Emsp021

Emsp030

Emsp029

Students should be familiar with power system concepts, e-terrahabitat and the e-terraplatform desktop


3 days

price Contact us

Emsp029

e-terraloadforecast

Customer Benefits

objectives

course Topics

• Introduce the e-terraloadforecast application that provides forecast for system load

• Short term forecasting • Defining the Load forecast model • Performing Load forecast

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will understand the essential concepts and requirements for operating an e-terraloadforecast application • They will learn how to define a Model and how to use the results on the online Load Forecasting



audience • Engineers involved in forecasting and generation scheduling system

learning path

duratiOn 2 days

prerequisites

training

neXt step

Emsp030

Emsp029

Emsp028

Students should have a thorough understanding of e-terra Programming skills are not required but, the ability to use a text editor would be useful


price Contact us


I 165

Emsp028

e-terracommit

Customer Benefits

objectives

course Topics

• Teach how to schedule Hydro units • Teach how to schedule Thermal units • Teach how to evaluate interchange transactions

• Initialization of e-terracommit from real-time • Modification and editing inputs (data) • Economic dispatching • Running of a Unit Commitment • Running of a Hydro thermal Coordination • Evaluation of transactions • Review of e-terracommit results • Writing the results back to real-time

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will learn how to use RSC through several case studies



audience • Engineers who will be in charge of the schedule of generation requirements


learning path

duratiOn

prerequisites

training

neXt step

Emsp029

Emsp028

Emsp029

Students should have a thorough understanding of e-terrahabitat and e-terraplatform


3 days

price Contact us

Emsp049

e-terravision

Customer Benefits

objectives

course Topics

• Be able to use e-terravision to monitor wide areas systems, detect abnormal situations, and improve situational awareness

• Situation Awareness • Components of e-terravision • e-terravision server • e-terravision viewer • e-terravision Authoring Tool • Overview displays • Regional overview displays • Voltage Contours • Animations of MW and MVAR • Limit Violations • Preventive Contingency Analysis • Dashboard Panel

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to understand how e-terravision works and the interactions with e-terrahabitat system • Students will install e-terravision as a situational awareness tool • Students will build overview and regional schematic displays using e-terravision authoring tool



audience • Transmission reliability coordinators, transmission operators, dispatchers, and market operators who use e-terravision to monitor wide areas systems, detect abnormal situations and improve situational awareness

learning path

duratiOn

prerequisites

training

Emsp028 Emsp017


neXt step

2 days

price Contact us


I 167

Emsp007

e-terraarchive

Customer Benefits

objectives

course Topics

• Describe the functionality provided by e-terraarchive • Explain how to configure and manage the product

• e-terraarchive components • Installation and configuration • Creating recording definitions • Oracle or Microsoft SQL data management • Data analysis web forms

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, students will understand the functionality and components of e-terraarchive • Students will be able to configure the product and create recording definitions to perform different types of transfers from e-terrahabitat to Oracle or Microsoft SQL


prOfiles design OperatiOn maintenance

audience • System personnel who are responsible for installing, configuring and supporting e-terraarchive


learning path

duratiOn

prerequisites

training

Familiarity with Oracle, Microsoft SQL and RDBMS


neXt step

2 days

price Contact us

Emsp014

e-terraplatform 2.x – 2.y Delta course

Customer Benefits

objectives

course Topics

• Explain the platform differences between e-terraplatform 2.x and e-terraplatform 2.y from an integration and operation perspective • Introduce the concepts along with demonstrations and/or hands-on labs

• e-terrabrowser configuration and usage • General user interface enhancements • Migration issues for displays used for Rapport-FG • User-based and station-based authentication and authorization • e-terracontrol front-end processors and seamless navigation • The SCADA Online Database Editor • Scanner/Control/Alarm enhancements • Code management and system build tools • Security enhancements • New operating systems

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will have an understanding of the changes to e-terraplatform and e-terrahabitat and why those changes were made • Students will know how to use the updated e-terrabrowser user interface including the ability to use a single interface querying multiple servers, and the new Permit Server (PERMSRV) • Students are introduced to new tools for license metering, database resizing, system builds and code management • Students will cover the SCADA applications, including a full discussion on the new Front End Processors



audience • All users who share responsibility for the development, maintenance, operation, and management of an e-terraplatform 2.x based system who want to upgrade to e-terraplatform 2.y

learning path

duratiOn

prerequisites

training

Experience working with an e-terraplatform 2.x system Students are expected to have some level of experience (and/or training) with e-terrahabitat and e-terraplatform concepts and tools


neXt step

2 days

price Contact us


I 169

Emsp042

Full Network system from Field to scADA

Customer Benefits

objectives

course Topics

• Offer a full practical insight into the physical and logical chain that ties together the field equipment and the EMS system • Explain step by step how new substation equipment can be made visible at the e-terrascada level • Make students practice establishing a connection between an e-terrascada system to a C264 RTU using IEC 60870-5-1001 protocol

• Substation Data Communication Modeling • Data Integration in SCADA Real Time system • Front-end Infrastructure: Architecture – Modeling – Integration – Operation and Maintenance C264 RTU Infrastructure: Architecture – Modeling – Integration Operation and Maintenance • System Operation, Maintenance and Troubleshooting

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will have a first level practical understanding about the SCADA hardware and software integration process • Students will have a first level practical understanding of the full data integration process in an e-terraplatform system • Students will have a first level practical exposure to the integration of the Data communication front end with a C264 RTU

Note:The aim of this workshop is not to give full details on all of the hardware, software and processes involved in the data communication infrastructure, but, instead, give a synthetic technical realistic practical overview about this important part of the EMS. In no way does information taught in this workshop replace that of the courses on e-terra technology.


prOfiles management design OperatiOn maintenance

audience • System integrators, data modelers and data communication specialists who want to extend their understanding about how things are globally established to make an e-terrascada system work properly connected with field data


learning path

duratiOn

prerequisites

training

First level practical knowledge of the e-terrahabitat, e-terraplatform, e-terracontrol and e-terramodeler environment is recommended


neXt step

2 days

price Contact us

Emsp040

Using Alstom Grid’s Graphical modeler

Customer Benefits

objectives

course Topics

• Explain the basic procedures for installing, configuring and using Alstom Grid’s Graphical Modeler, in order to generate DMS data and displays in DBB and e-terrabrowser DDL format

• DMS Modeling Overview • Graphical Modeler Concepts • Installing the Graphical Modeler • Using the Graphical Modeler • Managing the Graphical Modeler • Defining Masters • Creating the FG templates • Miscellaneous & troubleshooting

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to understand concepts about using and managing the Graphical Modeling environment • Students will be able to use the Graphical Modeler to generate DMS data and displays



audience • Developers, engineers and administrators who will perform database and system modeling, display building, and data management

learning path

duratiOn

prerequisites

training

Emsp017 Emsp026

Emsp040

Introduction to e-terrahabitat Database Building with DBB


neXt step

2 days

price Contact us


I 171

Emsp032

iGRID

Customer Benefits

objectives

course Topics

• Learn how to create and produce iGRID reports using iGRID • Understand reports from Oracle repository, MSSQL database or e-terrahabitat database

• Overview • Data access • Report formatting • Charts • e-terrabrowser iGRID plug-in

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Capacity to create reports using iGRID, and to view them in the e-terrabrowser environment


prOfiles OperatiOn

audience • e-terraarchive end-users who need to create and produce reports using iGRID


learning path

duratiOn

prerequisites

training

Students should have a basic understanding about what is a relational database and SQL language

Emsp032 50% theoretical 50% practical

neXt step

1 day

price Contact us

Emsp026

Database Building with DBB

Customer Benefits

objectives

course Topics

• Teach how to enter data in the EMS/ DMS model • Teach the step by step approach using the standard forms guidelines, data requirements, data checks and transfer to the real-time system

• Creating new Bay Types • Creating Bays and Devices • Entering Bay and Device parameters • Exporting data to the modeling repository • Validating Database

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will understand the features of the DBB tool, and will be able to populate the main databases



audience • Engineers who use DBB to build and maintain the databases that support SCADA, NETWORK, GENERATION subsystem applications

learning path

duratiOn

prerequisites

training

Emsp027

Emsp026 100% practical

neXt step

3 days

price Contact us


I 173

NEw

Emsp053

protocol Analysis

Customer Benefits

objectives

course Topics

• Understand communications protocol • Use tools for debugging • Know input/ouput signals diagnosis

• What is the protocol • Overview of protocol applied to EMS (IEC 101…) • Frame analysis presentation • Frame capture and analysis (theory+practice) • How to detect defects in frames • First diagnosis/analysis applied to EMS

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, students will have a clear picture of what protocol is and the tools to detect that impact an EMS



audience • Personnel in charge of system operation or maintenance (System maintenance engineers) and for those responsible for engineering and design (SCADA engineers)


learning path

duratiOn

prerequisites

training

Basic knowledge of computer science


neXt step

customized

price Contact us

NEw

Emsp054

historical Data management

Customer Benefits

objectives

course Topics

• Give an exhaustive view of the different methods for exploiting historical data

• SCADA Historical Data Recording function (HDR) • Trending SCADA historical data • e-terraarchive overview • e-terraarchive data analysis (online data and reconstructed data)

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Trainees will be able to choose the best method according to their needs of analyzing historical data


prOfiles management OperatiOn maintenance

audience • Dispatchers, Statistics Service, forecast engineers

learning path

duratiOn

prerequisites

training

Background in e-terra SCADA system


neXt step

5 days

price Contact us


I 175

NEw

Emsp055

Ems Database and Display maintenance

Customer Benefits

objectives

course Topics

• Update database and displays • Familiarize with power systems and SCADA modeling • Use database and display version management and displays • Explain DB and displays on-lining

• Overview of the modeling environment and procedures • Introduction to database modeling software (Genesys, DBB, Graphical Modeler) • Introduction to display building tool • Database and displays version management and archiving • Database and display on-lining • SCADA on-line modification • Power system modeling practice: Building a substation

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, students will be able to fully use the database and display building tolls to make maintenance faster and more efficient



audience • EMS maintenance engineers • Developers and engineers involved with creating and/or maintaining database and performing system modeling


learning path

duratiOn

prerequisites

training

Basic knowledge of the main EMS sub-systems Background in e-terrahabitat system and EMS databases


neXt step

7 days

price Contact us

NEw

Dmsp001

Introduction to e-terradistribution

Customer Benefits

objectives

course Topics

• Provide an overview of the Alstom Grid e-terradistribution product, including philosophy of development and integration into the customer system • Explain general usage

• e-terradistribution model and application architecture • Model maintenance (dynamic and static data) basics • Integration with SCADA • ISD communication with SCADA • External interfaces • What software runs where (client and servers) • Functional overview • LAB: System startup, basic operations, checking system health

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will gain an overall introductory understanding of e-terradistribution functionality • Students will be able to describe the components that make up an e-terradistribution system



audience • Systems integrators, power system modelers and engineers involved in the creation or maintenance of the e-terradistribution systems

learning path

duratiOn 1 day

prerequisites

training

neXt step

Knowledge of distribution network operations Working knowledge of Microsoft Windows

Dmsp001

Dmsp002 Dmsp003 Dmsp005

100% theoretical

price Contact us


I 177

NEw

Dmsp003

Introduction to e-terradistribution architecture

Customer Benefits

objectives

course Topics

• Provide an introductory understanding of the e-terradistribution architecture and functionality provided by Alstom Grid systems • Explain the basic processes for the routine operation and maintenance of an e-terradistribution system

• e-terradistribution model and application architecture • Model maintenance (dynamic and static data) • Integration with SCADA • External interfaces • What software runs where (client and server) • Functional overview • System startup and failover • System tools and system monitoring • Basic troubleshooting • First response client support • LAB: System startup, basic operations, checking system health

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to describe the Alstom Grid e-terradistribution architecture • Students will become familiar with the basic operation of an e-terradistribution system • Students will be able to perform basic troubleshooting of an e-terradistribution system



audience • System integrators, power system modelers, and distribution engineers involved in the creation or maintenance of the distribution control system model • Course critical for DistCo engineers


learning path

duratiOn

prerequisites

training

neXt step

1 or 2 days

Dmsp001

Dmsp003

Dmsp004 Dmsp006 Dmsp007 Dmsp011

price

Knowledge of Distribution Network Operations


Contact us

NEw

Dmsp004

e-terradistribution Databases

Customer Benefits

objectives

course Topics

• Provide a brief overview of the object-oriented database and its basic use in the e-terradistribution

• Overview of the Distribution Network Object Model (DNOM) • Data extraction from the utility’s asset database or geographic information system (GIS) • Understanding binary station model files (.mod) • Model updates in real-time

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to import substation data into the e-terradistribution and understand the schema structure of the Distribution Network Operations Model (DNOM)



audience • Systems integrators, power system modelers and engineers involved in the creation or maintenance of the e-terradistribution systems

learning path

duratiOn 4 days

prerequisites

training

neXt step

Dmsp003

Dmsp004

Dmsp005 Dmsp006 Dmsp012

Knowledge of distribution network and network analysis concept


price Contact us


I 179

NEw

Dmsp006

e-terradistribution system management

Customer Benefits

objectives

course Topics

• Explain the installation, set-up, configuration and maintenance of the e-terradistribution system • Explain how to build, configure and deploy a dual-redundant e-terradistribution (electronic mapboard) environment

• Discuss software installation overview • Install and configure the real-time e-terradistribution server • Install the File Manager Utility Server • Integrate with the scada system • Identify the external interfaces • Install the client software • Configure the e-terradistribution User Interface (UI) • Install a study environment • Understand system build deployment • Define various e-terradistribution models • Identify security settings and considerations • Examine troubleshooting • LAB: Build, configure and deploy a dual-redundant DMS (electronic mapboard) environment

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to install, configure and setup an e-terradistribution system • Students will be able to troubleshoot, support and maintain the running of the e-terradistribution system



audience • System integrators, power system modelers and engineers involved in the creation or maintenance of the e-terradistribution systems


learning path

duratiOn

prerequisites

training

neXt step

5 days

Dmsp003

Dmsp006

Dmsp008 Dmsp010

price



Contact us

NEw

Dmsp007

e-terradistribution model management

Customer Benefits

objectives

course Topics

• Teach how to administer and operate the e-terradistribution Model Management Environment • Assist core members of the customer team in developing and integrating into current procedures e-terradistribution model management processes and procedures, with the end goal of development of a class for end-users to learn these specific processes and procedures

• Validate Converter operation and error messages • Processing a Unit of Work • Understand the validation processes • Describe the auto-process of stations • Review transaction summary

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to maintain and update the e-terradistribution Model Management • Students will be able to update station model files as part of the model management processes and procedures



audience • System integrators, power system modelers and engineers involved in the creation or maintenance of the e-terradistribution displays

learning path

duratiOn 2 days

prerequisites

training

neXt step

Dmsp003 Dmsp005

Dmsp007

Dmsp009



price Contact us


I 181

NEw

Dmsp010

e-terradistribution Operator Training

Customer Benefits

objectives

course Topics

• Teach how to use the e-terradistribution software components and User Interface to navigate through the e-terradistribution system • Train dispatchers and operators in both day-to-day routine and emergency operations in a real-time environment

• Describe User interface layout and symbology • Describe the Model management from a user perspective • Navigate to e-terradistribution and scada displays and tabular displays • Identify e-terradistribution display tools (geographic, geo-schematic, one-lines) • Find devices and distribution stations • Use Switching and tagging operations • Turn on Tracing • Create Temporary modifications

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to navigate and find devices and stations within one-line and tabular displays • Students will be able to perform day-to-day operations, including tracing, switching and temporary modifications on the e-terradistribution system



audience • Train-the-trainer and simulation instructors involved in the training of e-terradistribution system and users


learning path

duratiOn

prerequisites

training

neXt step

Advanced Applications Architecture and Overviews

Dmsp010

Dmsp011


2 days

price Contact us

TEL003

ALcATEL pABX pcX 4400

Customer Benefits

objectives • Understand the PABX PCX system in the customer network, to handle all common installation and programming procedures with a clear knowledge of the signal flow, the number analysis, the network protocols and the facilities to prepare the maintenance operations

course Topics Theory • Environment • Internal architecture • Capacity • Number Analysis • Local restrictions • Facilities • Interfaces • DII and NDDI • Routing • Analog trunks prOfiles design installatiOn OperatiOn maintenance

audience • Personnel in charge of operation or maintenance, engineers and designers responsible for integrating this equipment in telecommunications networks

• Synchronization • Digital Trunks • Overflow • Network Facilities and Restrictions • Operator Consoles • Network Management • Restoring a communication link and a Database • Replacing a Board • Alarms sources • Remote connection • Upgrade • Security Practice • Software installation • Hardware implementation • Local tests • Software installation • Connection to another 4400 • Network tests • Database Management • Simulation of various failures • Remote Management (VT100 & A4760) • System restoration

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, students will know the principles of operation, the different network interfaces, the standard network facilities supported, the most common alarm designations, and how to make common preventive actions • They will be able to describe and identify the main components and their function, to insure basic operations, to extend the PABX capacity, to find all necessary information related to an alarm, and to identify an alarm source


learning path

duratiOn

prerequisites

training

Basic knowledge of Telephone Equipment Handle common operating systems on PC

TEL003 65% practical 35% theoretical

neXt step

10 days

price Contact us


I 183

TEL005

Data Acquisition through the Telecommunications Network

Customer Benefits

objectives • Get a clear understanding of the interconnection aspects between transmission equipment and SCADA/RTU systems • Be able to measure the impact telecommunication failures have on the data acquisition chain

course Topics Theory • Review of the PDH/SDH layers equipment • Recurrent difficulties • Network routing • Services review

• Remote management • Network Synchronization • Network Protections • What is SCADA? • What is a RTU? Practice • Software installation • Hardware implementation • Cabling • Local & Network tests • Software installation • Hardware implementation • Backup/Restore steps • Network building • Services trough the network • Failure simulation • Automatic network protections • Connection to SCADA and RTU

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Participants will get a clear understanding of the connection between transmission equipment and SCADA/RTU systems • They will be able to measure the impact of telecommunications failure on the data acquisition chain





learning path

duratiOn

prerequisites

training

Good knowledge of Telecommunications equipment


neXt step

5 days

price Contact us

TEL006

AREVA sDh msE 5xxx

Customer Benefits

objectives • Understand the AREVA SDH MSE transmission systems in the customer network • Be able to handle all common installation and programming procedures with a clear knowledge of the signal flow • Be able to prepare the maintenance operations

course Topics Theory • Rack, subrack and board description • Power • Equipment Starting • Software installation • Network Management System • The Craft Terminal • Synchronization



• Protection • Hardware declaration • Redundancy • Traffic management • EOW • Upgrade • Backup and restoration • Unit replacement • Performance monitoring • Security • Indicators reading • Alarms description • Automatic Laser shutdown Practice • Software installation • Hardware implementation • Cabling • Network interconnection • Functional tests and measurement • Failure simulations • Troubleshooting from a NMS • Loops

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will know the principles of operations, the commissioning steps, the most common alarms, and the relation with hardware • They will be able to describe and identify the main components and their functions, to ensure the maintenance, to understand alarms correlation and to identify sensitive points of the network • This 5 day program can also be split into 3 sessions of 2 days according to the trainee’s needs


learning path

duratiOn

prerequisites

training

Basic knowledge on PDH, SDH and Optic techniques Handle common operating systems on PC


neXt step

5 days

price Contact us


I 185

TEL007

AREVA pLc5000

Customer Benefits

objectives • Understand the AREVA PLC5000 transmission system in the customer network • Be able to handle all common installation and programming procedures with a clear knowledge of the signal flow • Be able to prepare maintenance operations

course Topics Theory • Functionality of the equipment • Integration of the PLC5000 telecommunications network related to an energy transmission grid • Principles of operation • Detailed analysis starting from the Block Diagrams • Installation • Hardware and software configuration prOfiles design installatiOn OperatiOn maintenance



• Testing and commissioning • PC configuration tools • Equipment maintenance and troubleshooting • Relation between medium quality and configuration choice • Soft keys choices • SNMP configurations • Teleprotection connections • Medium evaluation Practice • Software installation • Hardware implementation • Cabling • Configuration • Commissioning • Local & Network tests • Network interconnection • Functional tests and measurement • Failure simulations • Troubleshooting from a remote site • Loops • Communication failure • Circuits (data, speech, V11, Maintenance handset) configuration

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will know the principles of operation, installation and commissioning procedures • Students will be able to ensure smooth maintenance and common troubleshooting analysis • This 5 day program can also be split into 3 sessions of 2 days according to the trainee’s needs


learning path

duratiOn

prerequisites

training

Digital Modulation Voice Compression ADPCM & Vocoder Knowledge of PLC systems Read technical manuals


neXt step

5 days

price Contact us

TEL009

AREVA pDh DXc5000

Customer Benefits

objectives • Understand the AREVA PDH DXC5000 transmission system in the customer network • Be able to handle all common installation and programming procedures with a clear knowledge of the signal flow • Be able to prepare maintenance operations

course Topics Theory • Rack, subrack and board description • Man machine interface handling • Equipment Starting • Circuit implementation • Interface declaration • Software installation • Power • Hardware declaration • Synchronization aspects prOfiles design installatiOn OperatiOn maintenance


• Redundancy • Network Management • Upgrade • Backup and restoration • Unit replacement • Performance monitoring • IP networking Security • Indicator reading • Housekeeping • Alarm description • Automatic Laser shutdown Practice • Network Management installation • Management tools connection • Software installation • Hardware implementation • Cabling • Local & Network tests • Network interconnection • Functional tests and measurement • Failure simulations • Troubleshooting from a remote site • Loops • Communication failure

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will know the principles of operation, the commissioning steps, the most common alarms, the relation with hardware • They will be able to describe and identify the main components and their function • They will be able to ensure the maintenance, to understand alarms correlation and to identify sensitive points • This 5 day program can also be split into 3 sessions of 2 days according to the trainee’s needs


learning path

duratiOn

prerequisites

training

Basic knowledge of PDH and Optic techniques Handle common operating systems on PC Ethernet networking knowledge is recommended


neXt step

5 days

price Contact us


I 187

TEL010

AREVA micom T390

Customer Benefits

objectives • Understand the AREVA MiCOM T390 transmission system in the customer network • Be able to handle all common installation and programming procedures with a clear knowledge of the signal flow • Be able to prepare maintenance operations

course Topics Theory • Specific functions • Integration in a telecommunications network • Principle of operation • Detailed Block Diagrams analysis • Installation aspects • Hardware and software configuration




• Testing and commissioning • PC configuration tools • Equipment maintenance and troubleshooting Practice • Software installation • Hardware implementation • Cabling • Configuration • Commissioning • Local & link tests • Functional tests and measurement • Medium evaluation • Relation between quality and configuration • Soft keys choices • Tele-protection connections • Failure simulations • Troubleshooting from a remote site • Loops • Communication failure • Filter settings

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Participants will be able to improve the reliability of maintenance interventions and operations necessary to its Power Line Carrier network • The plurality of the instructor’s skills and the proximity of our engineering allow participants to clarify any issues related to the network design building and its specificities • This 5 day program can also be split into 3 sessions of 2 days according to the trainee’s needs


learning path

duratiOn

prerequisites

training

Basic knowledge in the different types of modulation, voice compression ADPCM & Vocoder and PLC technic


neXt step

5 days

price Contact us

TEL012

AREVA DIp5000 Analog/Digital

Customer Benefits

objectives

course Topics

• Understand the AREVA DIP5000 Analog/Digital systems in the customer network

Theory • Function of a Teleprotection in a power transmission network • Detailed description of the different functional blocks, which compose the equipment • Description of the test and programming tool • Practice with installation advises, programming and commissioning of a DIP5000 link Practice • Installation • Configuration • Testing and commissioning of a link

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will be able to ensure maintenance and common troubleshooting analysis



audience • Personnel in charge of operation or maintenance, engineers and designers responsible for the integration of this equipment in telecommunications networks

learning path

duratiOn

prerequisites

training

Knowledge in protection philosophy


neXt step

2 days

price Contact us


I 189

TEL022

optical Fiber within a Transmission network

Customer Benefits

objectives

course Topics

• Know and understand the benefits and constraints of optical fiber within a Transmission network

Theory • The optical fiber • Transmission environment • Link Budget calculation • Network design • Optical fiber for Power utilities • Measurement tools • Examples

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • This course gives an overview of the potentials of optical fiber



audience • Personnel with a minimum knowledge in telecommunications who want to improve their knowledge in the optical fiber technology


learning path

duratiOn

prerequisites

training

General knowledge in telecommunications

TEL022 100% theoretical

neXt step

3 days

price Contact us

TEL002

ALcATEL pDh 1511BA and 1515cX-c

Customer Benefits

objectives • Understand the PDH 1511BA and 1515CX-C transmission systems in the customer network • Be able to handle all common installation and programming procedures with a clear knowledge of the signal flow and to prepare the maintenance operations

course Topics Theory • PDH refresh (protocol) • Rack, subrack and boards description • Power • Equipment Starting • Software installation • Hardware declaration • Man machine interface handling • Synchronization aspects • Circuit implementation • Protection prOfiles design installatiOn OperatiOn maintenance


• Redundancy • Network management • Upgrade • Backup and restoration • Unit replacement • Performance monitoring • Spare parts • Security • Indicator reading • Housekeeping • Alarm description • Log files Practice • Software installation • Hardware implementation • Cabling (for commissioning engineer) • Commissioning • Local & Network tests • Network interconnection • Functional tests and measurement • Failure simulations • Troubleshooting from a remote site • Loops • Communication failure

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will know the principles of operation, the different network interfaces, the standard network facilities supported, the most common alarm designations, and how to make common preventive actions


learning path

duratiOn

prerequisites

training

Basic knowledge in PDH and Optic techniques Handle Common operating systems on PC

TEL002 40% theoretical 60% practical

neXt step

7 days

price Contact us


I 191

TEL004

phILIps pABX sopho is3000

objectives • Understand the private switching system in the customer network • Be able to handle all common installation and programming procedures with a clear knowledge of the signal flow, number analysis, network protocols and facilities • Be able to prepare maintenance operations

course Topics Theory • Environment • Internal architecture • Capacity • Number Analysis • Local restrictions • Facilities • Interfaces • DII and NDD.I • Routing • Analog trunks • Synchronization prOfiles design installatiOn OperatiOn maintenance

audience • Personnel in charge of operation or maintenance, or engineers or designers responsible for integrating this equipment in the telecommunications network


• Digital Trunks • Overflow • Network Facilities • Network Restrictions • Operator Consoles • Network Management • Restoring a communication link • Restoring a Database • Replacing a Board • Alarm causes • Remote connection • Upgrade • Security practical work • Sys410 installation • Software installation • Hardware implementation • Cabling • Local tests • Connection to another Sopho • Connection to the PSTN • Network tests • Database Management • Simulation of various failures • Remote Management • System restoration

Customer Benefits • Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will know the principles of operation, the different network interfaces, the standard network facilities supported, the most common alarm designations, and the common preventing actions • They will be able to describe and identify the main components and their functions, to ensure basic operations, to extend the PABX capacity, to find all necessary information related to an alarm, and to identify an alarm source


learning path

duratiOn

prerequisites

training

Basic knowledge on telephony Handle Common operating systems on PC


neXt step

15 days

price Contact us

TEL020

AREVA sDh Networks

Customer Benefits

objectives

course Topics

• Know and understand the principles of the SDH network and its role within the power utility environment • Give an overview of the electrical power network from its generation to its distribution (primary functions of power system components) • Know principles involved in operation of interconnected power systems, economic considerations for interchanging power between systems, control methods and reliability considerations

Theory • The synchronous Digital Hierarchy • The multiplexer • Network and protection schemes • Synchonization • Examples practical work • Presentation of a SDH Multiplexer

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • This course gives participants knowledge on aspects of regulation, deregulation, trading, safety and environment of the electrical energy industry



audience • Management and staff who will benefit from knowledge of power systems in the electric energy domain

learning path

duratiOn

prerequisites

training

General knowledge of digital signals


neXt step

3 days

price Contact us


I 193

TEL021

AREVA pDh Networks

Customer Benefits

objectives

course Topics

• Know and understand the principles of the PDH Network and its role within the power utility environment

Theory • The Plesiochronous Digital Hierarchy • The multiplexer • Interfaces • Management • Network and protections schemes • Examples practical work • Presentation of a PDH Multiplexer

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer



audience • Personnel with a minimum knowledge of telecommunications who want to understand the PDH standard and its environment


learning path

duratiOn

prerequisites

training

General knowledge of digital signals


neXt step

3 days

price Contact us

TEL023

hUAwEI sDh osNxxxx

Customer Benefits

objectives • Understand the HUAWEI SDH 2500 transmission systems in the customer network • Be able to handle all common installation and programming procedures with a clear knowledge of the signal flow and to prepare the maintenance operations

course Topics Theory • Rack, subrack and boards description • Power • Equipment Starting • Software installation • Man machine interface handling • Hardware declaration • Synchronization • Synchronization implementation • Protection • Traffic & Overhead implementation • Redundancy prOfiles design installatiOn OperatiOn maintenance


• Traffic management • EOW • Connectors • Upgrade • Backup and restoration • Unit replacement • Performance monitoring • Spare parts • Security • Indicator reading • Housekeeping • Alarm description • Automatic Laser shutdown • Log files Practice • Software installation • Hardware implementation • Cabling (for commissioning engineer) • Commissioning • Local & Network tests • Network interconnection • Functional tests and measurement • Communication failure • Troubleshooting from a remote site • Loops

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Students will know the principles of operation, the different network interfaces, the standard network facilities supported, the most common alarm designations and how to make common preventive actions • They will be able to describe and identify the main components and their functions, to insure basic operations, to extend the SDH capacity, to find all necessary information related to an alarm, and to identify an alarm source


learning path

duratiOn

prerequisites

training

Basic knowledge in PDH and Optic techniques Handle Common operating systems on PC


neXt step

5 days

price Contact us


I 195

NEw

TEL027

AREVA e-DXc

Customer Benefits

objectives • Understand the Alstom Grid PDH/SDH e-DXC transmission system in the customer network • Be able to handle all common installation and programming procedures with a clear knowledge of the signal flow • Be able to prepare maintenance operations

course Topics Theory • Rack and boards description • Man machine interface handling • Equipment Starting • Circuit implementation • Interfaces declaration • Software installation • Hardware declaration • Unit replacement • Synchronization implementation • Redundancy • Network Management prOfiles installatiOn OperatiOn maintenance



• Upgrade • Backup and restoration • Unit replacement • Performance monitoring • IP networking. • Security • Indicators reading • Alarms description • Housekeeping • Automatic Laser shutdown • Knowledge on PDH/SDH and Optic techniques Handle common operating practical works • Network Management installation • Management tools connection • Software installation • Hardware implementation • Cabling • Local & Network tests • Network interconnection • Functional tests and measurement • Failure simulations • Troubleshooting from a remote site • Loops • Communication failure

• Possibility to do this training course on your own site and at your own convenience • Exchanges with an experienced trainer • Upon completion of this course, students will know the principles of operation, the commissioning steps, the most common alarms, the relation with hardware, and will be able to describe and identify the main components and their function, to ensure the maintenance, to understand alarm correlation and to identify sensitive points


learning path

duratiOn

prerequisites

training

Knowledge in PDH/ SDH and Optic techniques Handle common operating systems on PC


neXt step

price Contact us


WeB


netWOrk management emsp006 Fundamentals of Operator Tools emsp031 e-terrapclink emsp037 Overview of Power Systems Application Software emsp027 EMS-DMS Data Model emsp039 Crystal Report Generation emsp043 Introduction to FDIR emsp044 TCS Operation emsp046 TCS-WO System Management emsp048 WO Operation emsp035 Introduction to Power System Principles dmsp002 Distribution Electrical Asset Mode dmsp005 Substation Editor dmsp008 Distribution Operator Training Simulator (DOTS) Instructor dmsp009 Modeling for Distribution Operator Training Simulator (DOTS) dmsp011 e-terradistribution Network Analysis Function (DNAF) dmsp012 e-terradistribution Historian telecOm tel008

AREVA PLC 1790

tel001

ALCATEL SDH 1650

tel011

AREVA LMU5000

tel024

AREVA GC305

tel025

AREVA TA314 Analog

tel026

AREVA TS313 G l o b a l Tra i n i n g O ff e r

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Customer references

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ABREU & LIMA (Brazil), ADIA (France), ADIF − Administraciòn de Infraestructuras Ferroviarias (Spain), ADWEA (Abu-Dhabi), AEG (Germany), AEROSPATIALE, AES GENER (Chile), AIRPORTS of Cairo, AIRPORTS of Djibouti, AIRPORTS of Lyon, Paris, Pointe-à-Pitre, Phnom Penh, ALCAN, ALCOA (Spain), ALLEVARD ACIERS (France), ALSTOM Power (Spain), ALSTOM, AMYLUM, ANSALDO (Italy), APAVE (France), AQUITAINE (France), ARCELOR MITTAL (Brazil), AREVA NC (France), AREVA NP (France), ARKEMA (France), AVENTIS (France) BOSCH (Chile), BANQUE DE FRANCE (France), BHAWAN ENGINEERING (Oman), BHEL (India), BLACK & VEATCH (Thailand), BOLLORE TECHNOLOGIES (France), BP, BSN, BUREAU VERITAS CADAFE (Venezuela) CALCIA CEMENTS (France), CEA (France), CEB (Benin), CEB (Sri Lanka), CEGEDEL (Luxembourg), CEGEDUR (France), CEGELEC, CELLULOSE DU PIN (France), CEMIG (Brazil), CENTRE D’ESSAIS DES LANDES (France), CENTROMIN (Peru), CERNAVODA (Romania), CESP (Brazil), CFE (Mexico), CGE (Chile), CHEVRON KOGC (Kuwait), CHILQUINTA (Chile), CIE BANCAIRE (France), CIE GÉNÉRALE DE CHAUFFE (France), CIE GÉNÉRALE DES EAUX (France), CIE RHENANE DE RAFFINAGE (France), CIMENT DU SAHEL (Senegal), CITÉ DES SCIENCES ET DE L’INDUSTRIE (France), CITROEN, CLEMESSY (France), CNR (France), CNTIC (China), CODELCO (Chile), COLBÚN (Chile), COMISION FEDERAL DE ELECTRIC MEXICO (Mexico), COMMUNAUTÉ URBAINE Strasbourg (France), COMURHEX (France), CONVERTEAM (France), COPEL (Brazil), COSTA SOL (Spain), COVITUR (Mexico), CPCU (France), CPFL (Brazil), CREUSOT LOIRE INDUSTRIE (France), CTCI (Taiwan) DASSAULT (France), DCNS (France), DALKIA (France), DELHI INTERNATIONAL AIRPORT (India), DELPHI SYSTEMS (France), DEWA (Dubai), DGA (France), DOMAS (France), DRESSER-RAND (France), DUKE POWER (USA) EAC (Cyprus), EAO (Russia), EBES (Belgium), EDELCA (Venezuela), EDELNOR/

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ELECTROANDINA (Chile), EDF (France), EDHC (Egypt), EDL (Lebanon), EDP Norte (Portugal), EDT (Tahiti), EDUCATION NATIONALE (France), EEA (Egypt), EECI (Ivory Coast), EEKELS (Netherlands), EGAT (Thailand), EI (France), ELECTRABEL (Belgium), ELEKTRO TEHNA (Slovenia), ELETROBRÁS (Brazil), ELETRONORTE (Brazil), ELETROPAULO (Brazil), ELF (France), ELYO CENTRE (France), EMON (Romania), ENDESA (Italy), ENDESA (Spain), ENDESA DISTRIBUCIÓN (Spain), ENDESA GENERACIÓN (Spain), ENEL (Italia), ENEL VIESGO (Spain), ENELGUI (Guinea), ENERCAL (New Caledonia), ENPAS (Ukraine), EPHENAN (China), EPTE (Brazil), ERAMET (New Caledonia), ERDF (France), ERIDANIA BEGHIN SAY (France), ES Strasbourg (France), ESCOM (France), ESKOM (South Africa), ETDE (France), EURODIF (France), EUROLYSINE (France), EUROTUNNEL (France-UK), EVN (Viet Nam), EWA (Bahrain) FEDA (Andorra), FEDERAL MOGUL (France), FIRESTONE (France), FLIPO RICHIR (France), FLUOR (Chile), FORCLUM (France), FORTUNA (Panama), FOSTER WHEELER, FOTRUM (Finland), FOURNIE GROSPAUD (France), FRANCE PRINTEMPS (France), FRANCE TELECOM (France), French Air Force, FRPC (Iran), FURNAS (Brazil) GAME EURISYS (France), GARCZYNSKI & TRAPLOIR (France), GDF (France), GECAMINES (Belgium), GECOL (Libya), GEEP (Iraq), GEG Grenoble (France), GENERAL ELECTRIC, GÉNIE MILITAIRE (France), GERASUL (Brazil), GERLAND ROUTES (France), GETCO RACE COURSE VADODARA 23 (India), GIAT Industries (France), GIPCL (India), GM Powertrain (France), GMDC AHMEDABAD/AKHARAI MOTA BHUJ (India), GPS (China), GRANDE PAROISSE (France) HARBOURS Lyon Marseille (France), HBCL (France), HBCM (France), HIMACHAL PRADESHSEB (India) HOSPITALS HVPNL (India) HYDRO GAS AND CHEMICALS (France), HYDRO QUÉBEC (Canada), HYUNDAI (South Korea) IBERINCO (Spain), IBM (France), INDE (Guatemala), INVENSIL (France), ISA (Columbia), ITAIPU (Brazil)

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JINDAL POWER NEW DELHI (India), JST TRANSFORMATEURS (France) KEGOK (Kazakhstan), KENANA SUGAR (Sudan), KERALA SEB (India), KINDLE (China), KNHP (South Korea), KODAK (France) L’AIR LIQUIDE (France), LA PLATA COGEN (Argentina), LA TABLABA (Argentina), LABORATOIRES PFIZER (France), LANGUEDOCIENNE MICRON COULEURS (France), LARSEN & TURBO (India), LEGRAND (France), LEROY SOMER (France), LES MUTUELLES DU MANS (France), LIGHT (Brazil), LYDGATE (USA) MANGIN EGLY (France), MARINE NATIONALE (France), MEA (Thailand), MERALCO (Philippines), MESSIER-DOWTY (France), MEW (Bahrain), MEW (Kuwait), MHEW (Oman), MICHELIN, MINERIA ESCONDIDA (Chile), MINES DE POTASSES D’ALSACE (France), MITSUBISHI (Japan), MOTRACO (Mozambique), MWREP (China) NALCO ORISSA (India), NATIONAL CONTRACTOR COMPANY (Kuwait), NEPA (Nigeria), NESTLE (Switzerland), NHPC − FARIDABAD NEW DEHLI (India), NONG KHAE COGEN (Thailand), NORELEC (France), NORGENER (Chile), NORISKO (France), NORSOLOR (France), NTPC (India), NYPA (USA) OIL INDIA DULIAJAN − ASAM (India), ONE (Morocco), OPATOVICE (Czech Republic) PAPER MILLS, PEEGT (Syria), PEINTAMELEC (France), PEPSA (Peru), PERRIER (France), PETROBRAS (Brazil), PEUGEOT, PLN (Indonesia), POWER GRID (Singapore), POWERGRID INDIA (India), PPC ATHÈNES (Greece), PPL (USA), PSE (Poland) QATAR POWER TRANSMISSION (Qatar), QTS4 (Qatar), QTS8 (Qatar), QUARTZ ET SILICE (France), RATP (France), REE (Spain), RÉGIES D’ÉLECTRICITÉ (France), RELIANCE − RIL NEW BOMBAY (India), RENAULT, RENEL (Romania), RENFE/AVE (Spain), RHODIA, RHÔNE MÉRIEUX (France), RTE (France), RVI (France) SAINT GOBAIN EMBALLAGE (France), SAM (France), SANOFI (France), SAQUENERGO (Georgia), SARDAR SAROVAR (India), SAUDI ELECTRICAL CO (Saudi Arabia), SAUNIER DUVAL (France), SAUR

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(France), SBB ÉNERGIE (Switzerland), SCECO (Saudi Arabia), SCEP (China), SCLE (France), SECAUTO (France), SEDIVER (France), SEEG (Gabon), SEITHA (France), SELF SAPELEC (France), SEMT PIELSTICK (France), SEMVAT (France), SENELEC (Senegal), SEP (Netherlands), SEPR (France), SEVILLANA ELETRICIDAD (Spain), SEW (Sharjah), SH INTRDUSTRAIAL TECHNOLOGIES (Russia), SHANGHAI BELL (China), SHELL, SHEM (France), SIFT (France), SLMC (France), SNCF (France), SNCL (Luxembourg), SNE (Congo), SNE RIBANIER (France), SNECMA (France), SNEF (France), SNET (France), SNT (France), SOCOTEC (France), SOE (Iraq), SOFREGAZ (France), SOFRESID AQUITAINE (France), SOLMER (France), SOLVAY (France), SONABEL (Burkina Faso), SONATRACH (Algeria), SONEL (Cameroon), SONELEC (France), SONELGAZ (Algeria), SOTEB (France), SOVAB (France), SOYOUZ (Russia), SPE (Belgium), SPIE BATIGNOLLES (France), SPIE TRINDEL (France), SQUARELECTRIC (Monaco), STE VERMANDOISE INDUSTRIES (France), STEG (Tunisia), STNA (France), SUGAR MILLS, SYGMA (Taiwan) TANESCO (Tanzania, TAVANIR (Iran), TCL (France), TDF (France), TEDA (Thailand), TEMA NUCLÉAIRE (France), THALES (France), THOMSON CSF COOP (Egypt), TNB (Malaysia), TNEB CHENNAI (India), TOTAL (France), TP FERRO (Spain), TRACTEBEL (Belgium), TRANSALTA (Mexico), TRANSELEC (Chile), TRANSELECTRICA (Romania), TRANSGRID (Australia), TRAPIL (France), TRAVESSET (France), TSQ (China), TURBOTECNICA (Italy), TVO (Finland), TYIN HYDRO (Norway) UCAR SNC (France), UEM Metz (France), UGINE (France), UNE (Cuba), UNIMETAL (France), UNION FENESA DISTRIBUCIÓN (Spain), UNION FENOSA GENERACIÓN (Spain), UTE (Uruguay) VEOLIA, VERGER DELPORTE (France), VIANOVA RESINS (France) WAPDA (Pakistan), WÄRTSILA SACM DIESEL (France), WEPCO (USA), WESTERN POWER (Australia) ZESA (Zimbabwe)…

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GRID-Service-L3-Trainings cat_2009-1775-2010_09-EN © - Alstom, the Alstom logo and any alternative version thereof are trademarks and service marks of Alstom. The other names mentioned, registered or not, are the property of their respective companies. The technical and other data contained in this document are provided for information only. Neither Alstom, its offi cers nor employees accept responsibility for or should be taken as making any representation or warranty (whether express or implied) as to the accuracy or completeness of such data or the achievements of any projected performance criteria where these are indicated. No liability is accepted for any reliance placed upon the information contained in this brochure. Alstom reserves the right to revise or change these data at any time without further notice. Printed on paper made with pure ECF (Elemental Chlorine Free) ecological cellulose produced from trees grown in production forests under responsible management, and selected recycled three-layer fibres.

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Tel: +44 (0) 1785 250 070

Technical Institute

GRID

index A

page

ACJ-C, ACJ-D, ACJ-M, ACJ-V (Load Tap Changer) APPS (Advanced Power Protection System) ATEX Automation (for substations)

78 49 à 55, 57, 58, 59 27, 28 98

B65 (HV Gas-Insulated Substation) B95 (HV Gas-Insulated Substation) B105 (HV Gas-Insulated Substation) B112 (HV Gas-Insulated Substation) B212 (HV Gas-Insulated Substation) Bwatch-3 (HV Gas-Insulated Substation monitoring)

88 89 90 97 89 92

C264 (MiCOM compact RTU) CAIS (Compact Air Insulated Substation) CBWatch-2 (HV breakers monitoring) Center-break (disconnecting switches type) CF4 (Gas recovery) Circuit-breakers (HV) Competence management Control Center

125 93 83 79 76 45, 68 16, 17 64, 65

Dead Tank HV Circuit Breakers Disconnecting switches - HV DMS (Data Management System) DT (HV Dead Tank breakers)

82 79 175, 177 à 182 82, 97

Earthing switches EC 842-2006 (Gas recovery)

EMS (Energy Management System) e-terra

79 74, 75 23, 33, 34, 35, 71, 72 35, 170, 197 134

F35 (HV Gas-Insulated Substation) FK (Spring Operating Mecanism) FKG1 (Generator Circuit breakers) FKG2 (Generator Circuit breakers) FX12, FX14, FX22, FX32 and FX42 (HV Circuit breakers) FXT15, FXT16, FXT17 (HV Circuit breakers)

87, 97 95 46, 86, 97 46, 85 97 97

Generator (Circuit breakers) GFX (HV Circuit breakers)

GL Type (HV Circuit breakers) Grid connection Protection

46, 85, 86, 97 97 72, 87, 88, 89, 96, 97 80, 81 40

HGF 1xxx series (Dead tank HV Circuit breakers) HVDC HYpact (Compact outdoor substation)

97 47 93

IEC protocol 61850 IEC/TR 62271-303 standard (Gas recovery) Installation design Instrument Transformers

122, 133 76 41 43, 44, 73

B

C

D

E

e-Learning

F

G

GIS (Gas-Insulated Substations)

H I

index L

page

LTC (Load Tap Changers)

78

MiCOM (digital protections) MS 2000 (Transformer monitoring) MS 3000 (Transformer monitoring)

98, 99 94 94 23, 33, 34, 35, 71, 72

M

Multimedia

O

OPN (Digital protective relays)

102

P14x (protections) PACiS (substation automation) Pantograph (disconnecting switches type) Partial Discharges (Testing for HV Gas-Insulated Substation) PKG (Generator Circuit Breakers) Power Transmission Power transformers Protections (differential) Protections (distance) Protections (for Lines and Cables) Protections (for Motors) Protections (principles) Protections (for Railway applications) Protections (for Transformers) PS (Surge Arresters) PSCN 3020 (Substation automation)

107 126, 127, 128, 129 79 96 97 33 42, 73, 77, 78, 97 111, 114, 117 110 112 108 101 113 114 67 131

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R

Risk Prevention (Electrical and ATEX) 20, 21 RPH2/RPH3 (Phase Synchronization for HV breakers) 84 RTU (Substation calculator) 132

S

S1, S2 (HV hydraulic or pneumatic operated breakers) S10 (MiCOM software) Safety (Electrical and ATEX) SCADA (Supervision) SF6 (Gas recovery) Smart Grid SPACE 2000 (Network supervision) Spring Operating Mecanism Surge Arresters Switchgear (HV)

97 124 20, 21 67, 140, 155, 170 74, 75, 76 63 130 95 67 68, 69

T155 (HV Gas-Insulated Substation) Telecommunications Testing (for HV Gas-Insulated Substation) Transformers (Instrument transformers) Transformers (Power transformers) Transformers (on-line monitoring) TROPIC (Analogic protective relays)

91 66, 134, 135 96 43, 44, 73 42, 73, 77, 78, 97 94 102

Vertical-break (disconnecting switches type)

67 79

ZnO (Surge Arresters)

67

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VVARISIL (Surge Arresters) Z

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