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Descripción completa
This is DigSilent Technical Reference Documentation of the Ct block that simulates the behavior of a current transformer in the programm.
Descripción: DIgSILENT Technical Reference Documentation of the Distance Polygonal “RelDispoly” block that implements the typical polygonal and quadrilateral impedance distance protection.
External Grid Swing Incluida Incluida No implementado
External Grid Swing Incluida Incluida No implementado
Generador sincrono Asociada a flujo de carga Perfil de corriente
Generador sincrono
CASO ESTUDIO 1
CASO ESTUDIO 2
ETAP
DigSilent
External Grid Swing Incluida Incluida No implementado
External Grid Swing Incluida Incluida No implementado
Generador sincrono Asociada a flujo de carga
Aerogenerador
Perfil de corriente
en estudio Perfil de corriente
en estudio Generador sincrono: No es posible asignar un perfil de corriente.
M Machine
Connected Bus
ID
Type
ID
U1
Grid
Bus1
Gen1
Gen.
Bus4
Gen2
Gen.
Bus5
Devices 2 Manufacturer
GAMESA
3 Model
G90-2-0.69 0.20
0.20
Bus
ID
4
5
25
29
0.20 0
0.90 0
Initial Voltage
kV
Sub-sys
% Mag.
Ang.
Bus3
30.000
1
100.0
0.0
Bus4
0.690
1
100.0
0.0
Bus5
0.690
1
100.0
0.0
Bus6
0.690
1
100.0
0.0
Bus7
30.000
1
100.0
0.0
Bus8
30.000
1
100.0
0.0
Bus9
30.000
1
100.0
0.0
Total Number of Buses: 9
Generation Bus
ID Bus1
kV 150.000 Swing
Volt
Type
Sub-sys 1
Lin
Oh Line/Cable
ID
Library
Line1
Size
587
Line / Cable resistances are listed at the specified temperatures. 2-
Transformer
Rating
ID
Phase
MVA
Prim. kV
Sec. kV
T1
3-Phase
40.000
150.000
30.000
T2
3-Phase
2.035
30.000
0.690
T3
3-Phase
2.035
30.000
0.690
T4
3-Phase
2.035
30.000
0.690
2-Winding Transform
Transformer ID
T1
Connected Buses "*" LTC Side Primar Bus ID
*
Bus2
S
chine Input Data Rating (Base)
MVA
% Negative Seq. Imp.
kV
RPM
519.615
150.000
2.105
0.690
2.105
0.690
X/R
10.00
Grounding
R2
X2
Conn.
Wye
Solid
9.950
99.50
1500
9.00
2.000
18.00
Wye
1500
9.00
2.000
18.00
Wye
Harmonic Library Current Harmonic Source in % 6
7
8
9
10
11
12
31
35
37
41
43
47
49
0.20 0
0.60 0
0.20 0
0.50 0
0.20 0
0.30 0
0.20 0
Bus In ut Data Load
Constant kVA MW
Constant Z
Mvar
MW
age
Mvar
Constant I MW
Generation
% Mag. 100.0
e/Cable Input Data
Angle
MW 0.0
Gen Mvar
MW
Mvar Limits
Mvar
% PF
Max
Min
s or Siemens/1000 m per Conductor (Cable) or per Phase (Line)
Length Adj. (m)
#/Phase % Tol.
10000.0
T (°C)
0.0
1
R 75
X
0.068031
Y
0.375618
0.0000031
inding Transformer Input Data
Z Variation
% Z1
X1/R1
+ 5%
- 5%
% Tap Setting
% Tol.
Prim.
Sec.
12.50
45.00
0
0
0
0
7.00
6.00
0
0
0
0
7.00
6.00
0
0
0
0
7.00
6.00
0
0
0
0
er Load Tap Changer (LTC) Settings Transformer Load Tap Changer Setting
% Min.
% Max.
econdar Bus ID Bus3
Re ulated Bus ID -10.00
10.00
Bus3
1.000
100.00
% Zero Seq. Imp.
Type
Amp
10.00
X/R
R0
X0
9.950
99.50
Solid
7.00
1.000
7.00
Solid
7.00
1.000
7.00
13
14
15
17
19
23
53
55
59
61
65
67
0.40 0
ric Mvar
0.20 0
0.30 0
0.30 0
0.30 0
71
0.30 0
0.30
Ad usted 6
%Z
Type
Angle
0
12.5000
YNd
0.000
0
7.0000
Dyn
0.000
0
7.0000
Dyn
0.000
0
7.0000
Dyn
0.000
30.000
73
0.30
100%V 0%P 0 CASO ESTUDIO 1 STATE: ALL WIND FARM TURBINE CIRCUITS CLOSED & TAP REGULATION GENERATED REACTIVE POWER AT EA 0 FP GENERATED ACTIVE POWER AT WIND 100% 100.00% CONSUMED REACTIVE POWER AT REA 0 MAX JUM TAPS GENERATED REACTIVE POWER AT CA 0 0.00% 0 VOLTAGES THD% V-RMS BUS BARS BUS 1 -150kV - PCC 100.00% 1.16 150.01 B U S 2 - 1 50 K V - B A R R A A T S E T 100.01% 1.21 150.02 BUS 3 - 30kV - BARRA MT 100.01% 1.28 30 BUS MT AG 1 100.01% 1.28 30 BUS BT AG 1 100.01% 2.67 0.69 100.01% 1.28 30 BUS MT AG 2 BUS BT AG 2 100.01% 2.67 0.69 BUS MT AG 3 100.01% 1.28 30 BUS BT AG 3 100.01% 2.67 0.69 POWER BALANCE AT CONNECTION P PF REACTIVE EXPORTED -688 KVA ACTIVE EXPORTED 0 KVA
100%V 25%P 0R CASO ESTUDIO 1 STATE: ALL WIND FARM TURBINE CIRCUITS CLOSED & TAP REGULATION GENERATED REACTIVE POWER AT EA 0 FP GENERATED ACTIVE POWER AT WIND 25% 100.00% CONSUMED REACTIVE POWER AT REA 0 MAX JUM TAPS GENERATED REACTIVE POWER AT CA 0 0.00% 0 BUS BARS VOLTAGES THD% V-RMS 100.00% 1.19 150.01 BUS 1 -150kV - PCC B U S 2 - 1 50 K V - B A R R A A T S E T 100.01% 1.23 150.03 BUS 3 - 30kV - BARRA MT 100.01% 1.26 30.01 BUS MT AG 1 100.01% 1.26 30.01 BUS BT AG 1 100.28% 2.56 0.69 BUS MT AG 2 100.01% 1.26 30.01 BUS BT AG 2 100.28% 2.56 0.69 BUS MT AG 3 100.01% 1.26 30.01 BUS BT AG 3 100.28% 2.56 0.69 POWER BALANCE AT CONNECTION P PF 91.604% REACTIVE EXPORTED 655 KVA ACTIVE EXPORTED 1496 KVA
100%V 50%P 0R CASO ESTUDIO 1 STATE: ALL WIND FARM TURBINE CIRCUITS CLOSED & TAP REGULATION GENERATED REACTIVE POWER AT EA 0 FP
GENERATED ACTIVE POWER AT WIND CONSUMED REACTIVE POWER AT REA GENERATED REACTIVE POWER AT CA
50% 0 0 BUS BARS VOLTAGES BUS 1 -150kV - PCC 100.00% B U S 2 - 1 50 K V - B A R R A A T S E T 100.00% BUS 3 - 30kV - BARRA MT 100.00% BUS MT AG 1 100.00% BUS BT AG 1 100.50% BUS MT AG 2 100.00% BUS BT AG 2 100.50% 100.00% BUS MT AG 3 BUS BT AG 3 100.50% POWER BALANCE AT CONNECTION P PF REACTIVE EXPORTED 558 ACTIVE EXPORTED 2982
100.00% MAX JUM TAPS 0.00% 0 THD% V-RMS 1.18 150.01 1.23 150.03 1.23 30 1.23 30 2.49 0.69 1.23 30.01 2.49 0.69 1.23 30 2.49 0.69 98.294% KVA KVA
100%V 100%P 0R STATE: ALL WIND FARM TURBINE CIRCUITS CLOSED & TAP REGULATION GENERATED REACTIVE POWER AT EA 0 FP GENERATED ACTIVE POWER AT WIND 100% 100.00% CONSUMED REACTIVE POWER AT REA 0 MAX JUM TAPS GENERATED REACTIVE POWER AT CA 0 0.00% 0 VOLTAGES THD% V-RMS BUS BARS BUS 1 -150kV - PCC 100.00% 1.07 150.01 B U S 2 - 1 50 K V - B A R R A A T S E T 100.02% 1.11 150.08 BUS 3 - 30kV - BARRA MT 99.91% 1.19 29.87 BUS MT AG 1 99.91% 1.19 29.87 BUS BT AG 1 100.81% 2.53 0.71 BUS MT AG 2 99.91% 1.19 29.87 BUS BT AG 2 100.81% 2.53 0.71 99.91% 1.19 29.87 BUS MT AG 3 BUS BT AG 3 100.81% 2.53 0.71 POWER BALANCE AT CONNECTION P PF 99.958% REACTIVE EXPORTED 171 KVA ACTIVE EXPORTED 5930 KVA
100%V 50%P 50Rc CASO ESTUDIO 1 STATE: ALL WIND FARM TURBINE CIRCUITS CLOSED & TAP REGULATION GENERATED REACTIVE POWER AT E 329 FP
GENERATED ACTIVE POWER AT WIND CONSUMED REACTIVE POWER AT RE GENERATED REACTIVE POWER AT C
50% 94.99% 0 MAX JUMP TAPS 0 0.00% 0 BUS BARS VOLTAGES THD% V-RMS BUS 1 -150kV - PCC 100.00% 1.18 150.01 B U S 2 - 1 50 K V - B A R R A A T S E T 100.03% 1.23 150.05 BUS 3 - 30kV - BARRA MT 100.32% 1.23 30.1 BUS MT AG 1 100.32% 1.23 30.1 BUS BT AG 1 101.92% 2.47 0.7 BUS MT AG 2 100.32% 1.23 30.1 BUS BT AG 2 101.92% 2.47 0.7 100.32% 1.23 30.1 BUS MT AG 3 BUS BT AG 3 101.92% 2.47 0.7 POWER BALANCE AT CONNECTION P PF 88.918% REACTIVE EXPORTED 1534 KVA ACTIVE EXPORTED 2981 KVA
100%V 100%P 100Ri STATE: ALL WIND FARM TURBINE CIRCUITS CLOSED & TAP REGULATION GENERATED REACTIVE POWER AT E -658 FP GENERATED ACTIVE POWER AT WIND 100% -94.99% CONSUMED REACTIVE POWER AT RE 0 MAX JUMP TAPS GENERATED REACTIVE POWER AT C 0 0.00% 0 VOLTAGES THD% V-RMS BUS BARS BUS 1 -150kV - PCC 100.00% 1.04 150.01 B U S 2 - 1 50 K V - B A R R A A T S E T 99.98% 1.08 149.98 BUS 3 - 30kV - BARRA MT 100.26% 1.18 30.08 BUS MT AG 1 100.26% 1.18 30.08 BUS BT AG 1 98.88% 2.6 0.68 BUS MT AG 2 100.26% 1.18 30.08 BUS BT AG 2 98.88% 2.6 0.68 100.26% 1.18 30.08 BUS MT AG 3 BUS BT AG 3 98.88% 2.6 0.68 POWER BALANCE AT CONNECTION P PF -95.308% REACTIVE EXPORTED -1880 KVA ACTIVE EXPORTED 5919 KVA
100%V 50%P 50Ri STATE: ALL WIND FARM TURBINE CIRCUITS CLOSED & TAP REGUL GENERATED REACTIVE POWER AT EACH -329 FP
GENERATED ACTIVE POWER AT WIND TU CONSUMED REACTIVE POWER AT REACT GENERATED REACTIVE POWER AT CAPA
50% -94.99% 0 MAX JUMP 0 0.00% BUS BARS VOLTAGES THD% BUS 1 -150kV - PCC 100.00% 1.18 B U S 2 - 1 50 K V - B A R R A A T S E T 100.00% 1.22 BUS 3 - 30kV - BARRA MT 99.67% 1.23 BUS MT AG 1 99.67% 1.23 BUS BT AG 1 99.05% 2.53 BUS MT AG 2 99.67% 1.23 BUS BT AG 2 99.05% 2.53 99.67% 1.23 BUS MT AG 3 BUS BT AG 3 99.05% 2.53 POWER BALANCE AT CONNECTION POIN PF 98.898% REACTIVE EXPORTED 446 KVA ACTIVE EXPORTED 2980 KVA
100%V 100%P 100Rc STATE: ALL WIND FARM TURBINE CIRCUITS CLOSED & TAP REGUL GENERATED REACTIVE POWER AT EACH 658 FP GENERATED ACTIVE POWER AT WIND TU 100% 94.99% CONSUMED REACTIVE POWER AT REACT 0 MAX JUMP GENERATED REACTIVE POWER AT CAPA 0 0.00% VOLTAGES THD% BUS BARS BUS 1 -150kV - PCC 100.00% 1.09 B U S 2 - 1 50 K V - B A R R A A T S E T 100.05% 1.13 BUS 3 - 30kV - BARRA MT 99.57% 1.2 BUS MT AG 1 99.57% 1.2 BUS BT AG 1 102.64% 2.47 BUS MT AG 2 99.57% 1.2 BUS BT AG 2 102.64% 2.47 99.57% 1.2 BUS MT AG 3 BUS BT AG 3 102.64% 2.47 POWER BALANCE AT CONNECTION POIN PF 94.215% REACTIVE EXPORTED 2108 KVA ACTIVE EXPORTED 5925 KVA
