100MVA Design Details

100MVA Design details.TXT \\TW0513\C:\TDS Designs\data\ELTAS1\Turkey full design 100mva\Turkey full design 100mva.TDS Number of Library Designs 2 Engine created Design

ID= 1-Library Design 1

Design 1

General details------------------------------------------------------------------------------------------------------------------------Document---------File : :\\TW0513\C:\TDS Designs\data\ELTAS1\Turkey full design 100mva\Turkey full design 100mva.TDS Design Name: :Engine created Design ID= 1-Library Design 1 ---------Input Data--------Type of Transformer :Separate winding Number of Terminals :2 Number of Phases :3 Over Exciting Ability :5% Frequency :50 Cooling Type :ONAN/ONAF Three Phase Nominal Power of Terminal HV :80\100 [MVA] Three Phase Nominal Power of Terminal LV :80\100 [MVA] Three Phase Line Voltage of Terminal HV :154 [KV] Three Phase Line Voltage of Terminal LV :33.6 [KV] Voltage Regulation Range in Terminal HV :-12*1.25% , +12*1.25% Voltage Regulation Range in Terminal LV :-0*0% , +0*0% Tap Changer Connected to Terminal :HV Type of Tap Changer : :ON LOAD Tap Changer Class : :coarse Tap Changer Name :

:14273G

Three Phase Connection Vector Group : Ambient Temperature : Guaranty Temperature Rise for OIL Guaranty Temprature Rise for HV Guaranty Temperature Rise for LV Guaranty Hot Spot Rise for HV Guaranty Hot Spot Rise for LV Insulation Levels : Lightning impulse LV 145

UM

:Ynyn0 :45 [`C] :55 [`K] :60 [`K] :60 [`K] :75 [`K] :75 [`K] Power Frequency

36

70

Page 1

100MVA Design details.TXT HV 170 550 Installation Above Sea Level: Ambient Pollution : Tank Inner Shielding : Tank Inner Shield Type : ---------Core--------Core Sheet Type Core Press Form Core Form Sort of Core Pockets Core Channels Width Core Lamination Number of Core Cooling Channels Cooling Channels Position : :0.0 Core Temperature Rise to Oil : Part3 :0.0 Special Active Losses [W/KG]: R.Limb:0.00 Special Reactive Losses [VA/KG]: R.Limb:0.00 Core Induction [Tesla]: R.Limb:0.00 Core Losses [ KW ]: I0 [ % ]: And 0% over exciting ------------------Core Pockets Size

230 :1000 [M] :Medium :Yes :Parallel

AK1

:136.0

Part1 :26.4

:10530 :Press plate :30 :small :6 :Step lap :2 AK2 :0.0 Part2 :20.2

Limb

:1.27

Yoke

:1.27

Limb

:2.12

Yoke

:2.12

Limb

:1.75

Yoke

:1.75

54.42 0.11

AK3

With base : 80 MVA

BX(1)= 740 SX(1)= 196 BX(2)= 720 SX(2)= 260 BX(3)= 700 SX(3)= 310 BX(4)= 680 SX(4)= 351 BX(5)= 660 SX(5)= 387 BX(6)= 640 SX(6)= 420 BX(7)= 620 SX(7)= 449 BX(8)= 600 SX(8)= 475 BX(9)= 560 SX(9)= 522 BX(10)= 520 SX(10)= 561 BX(11)= 480 SX(11)= 596 BX(12)= 440 SX(12)= 626 BX(13)= 400 SX(13)= 652 BX(14)= 360 SX(14)= 675 BX(15)= 320 SX(15)= 695 BX(16)= 280 SX(16)= 712 BX(17)= 220 SX(17)= 731 ---------------------------Base Constants--------------------------Base Temperature for Two , Tolw calculation :95 ['k] Base Temeprature for RI2 calculation :20 ['k] Base Temperature for PK calculation :75 ['k] Conductivity of Copper in 20'C :57.7 [Sm/mm^2] Special Weight of CU :8960 [kg/m^3] Page 2

100MVA Design details.TXT Special Weight of Core sheets :7650 [kg/m^3] Special Weight of Fe :8000 [kg/m^3] Cost of CU :3 [$/kg] Cost of Core Sheets :1.8 [$/kg] Cost of Paper :7 [$/kg] Cost of Press Board :5 [$/kg] Capitalize Cost of P0 :3000 [$/kw] Capitalize Cost of PK :1000 [$/kw] --------------------------------Dmax-------------------------------Voltage Transfer From HV to LV in Tap Position Lower :0.11 Voltage Transfer From HV to LV in Tap Position Middle :-0.18 Voltage Transfer From HV to LV in Tap Position Upper :-0.39 --------------------------------Turns-------------------------------Turn Of Step ( Wstep ) :7 Active Turn of Terminal HV In Tap Position Lower :467 Active Turn of Terminal HV In Tap Position Middle :551 Active Turn of Terminal HV In Tap Position Upper :635 Active Turn of Terminal LV In Tap Position Lower :120 Active Turn of Terminal LV In Tap Position Middle :120 Active Turn of Terminal LV In Tap Position Upper :120 Phisical Turn of Winding US :120 Phisical Turn of Winding OS :467 Phisical Turn of Winding GR :84 Phisical Turn of Winding FE :84 ----------------------------------------------------------------------------------------------------------------------VW DS QS Qj Qr BS BJ BR SS HF ES ESR AWF AWR Gcu Gfe TOC 161.658 765 4173 4173 0 740 740 0 731 1886 1561 0.0 40 0 16397 42879 580543

Details of Concenters---------------------------------------------------------------------------------------------------------Con. Wire US   OS

Win. type Category Taped Rad-Cool AX-Cool Wire type Epoxy Dis.sor N.field max-Kgama max-Zmitte Layer Main NO Yes Yes Transposed Yes D 24 1.00 14.8 Disk Main NO Yes Yes Flat No BCB 24 1.62 23.4 GROB Layer Tap Yes No Yes Flat No D 16 1.00 3.4 FEIN IL Tap Yes No Yes Flat No D 24 1.00 3.4 ------------------------------------------------------------------------------------------------------------------------------Con. NSPDL NSPSL NPPDL NPPSL HSol HM DI BW AW Ibase Ib.Fac J F.F Turn AU AO Gcu US 1 1 1 1 1746 1716 809.0 108.5 22.0 1718.3 1.00 2.44 0.45 120.0 60.0 80.0 6554 Page 3

100MVA Design details.TXT OS 1 1 1 1 1586 1586 1106.0 126.0 40.0 374.9 1.02 2.41 0.36 467.0 140.0 160.0 7560 GROB 1 1 1 1 1398 1382 1438.0 10.5 40.0 374.9 1.02 3.15 0.69 84.0 234.0 254.0 1222 FEIN 1 1 1 1 1254 1096 1499.0 11.0 20.0 374.9 1.02 3.78 0.69 84.0 306.0 326.0 1061 ------------------------------------------------------------------------------------------------------------------------------Con. WA1 WR1 WA2 WR2 BA.WA PDA PDR Hot Bot NT BD HD B-Lac H-Lac Zi Zit Sz US 60.00 2.00 0.00 2.0 1.00 4.50 2.36 35.00 46.43 10.16 0.14 0.15 0.80 0.10 0.20 OS 120.00 4.00 13.00 1.0 8.00 8.00 2.50 1.00 3.50 8.84 0.00 0.00 1.00 0.00 0.00 GROB 84.00 1.00 0.00 3.0 1.00 4.50 9.00 1.00 10.20 5.49 0.00 0.00 1.20 0.00 0.00 FEIN 84.00 1.00 0.00 2.0 1.00 5.30 9.00 1.00 10.50 6.53 0.00 0.00 1.50 0.00 0.00 ------------------------------------------------------------------------------------------------------------------------------Con. S1 Ns1 S2 Ns2 S3 Ns3 S4 Ns4 S5 Ns5 AIF RIF P.M.P P.B.P SLZ1 SLZ2 SLZ3 US 4.5 121 6.0 0 0.0 0 0.0 0 0.0 0 1 1 0 0 0 0 0 OS 4.5 103 6.0 16 0.0 0 0.0 0 0.0 0 1 1 0 0 0 0 0 GROB 0.0 254 1.5 0 0.0 0 0.0 0 0.0 0 1 1 0 0 0 0 0 FEIN 0.0 191 1.5 0 0.0 0 0.0 0 0.0 0 12 1 0 0 0 0 0 ------------------------------------------------------------------------------------------------------------------------------Con. PAPcom PSPCom W.I.S N.I.S W.O.S N.O.S BK1 BK2 NRK NSK Ra-NM AX-NM NBoil Boil NHoil Hoil EF.BOIL US 0.84 0.93 20 48 12 48 7 7 1 1 2 4 1 15.0 121 4.50 7.33 OS 0.84 0.93 12 24 12 48 7 7 11 1 2 6 2 5.0 119 4.70 6.00 GROB 0.82 0.93 12 12 12 12 7 7 1 1 2 2 0 5.0 254 0.00 7.00 FEIN 0.82 0.93 12 48 12 48 7 7 1 1 2 2 0 5.0 191 0.00 7.00 ------------------------------------------------------------------------------------------------------------------------------Con. CAL.FV[KN] CAL.FE[KN] ACC.FV[KN] ACC.FE[KN] SIG-FV SIG-FE NAA BAA R[Mohm] NDPS N.Make Step T.L.E.D US 0 0 223 89 5.0 2.0 24 35 8.5 0 0 Yes OS 0 0 228 91 5.0 2.0 24 35 201.3 0 0 Yes GROB 0 0 176 71 5.0 2.0 12 25 55.7 0 12 Yes FEIN 0 0 184 74 5.0 2.0 12 25 69.7 0 12 Yes Page 4

100MVA Design details.TXT

Details of Connection Modes --------------------------------------------------------------------------------------------------Mode2 :Tap position :MIDDLE ( HV-LV ) Uk=12.48 ------------------------------------------------------------------------------------------------------------------------------Con. IW%-US IW%-OS IW%-GROB IW%-FEIN IW%-Sum S-Base Auto-FAC

Mode2 -100.00 85.00 15.00 0.00 100.00 100.00 1.00

Details of Load Modes --------------------------------------------------------------------------------------------------------Summery of Load modes ---------------------Three phase Loading Power [MVA] -------------------------------Mode Index LV TW PK Mode2 : 100.0<180.0 Mode4 : 100.0<180.0

Cooling : ONAF ------269 Cooling : ONAF ------291

HV PZ

P55

Tap position : Lower 0 324 Tap position : Middle 29 345

100.0<0.0 100.0<0.0

-----------------------Details Mode2 : Cooling : ONAF Tap position : Lower Transfered Power : HV Power :100<0.00 LV Power :100<180.00 Situation : Only Show in Results con. V[KV] S[MVA] I[A] K-gama PK[KW] RI^2[KW] ZmitteR[%] ZmitteA[%] US 19.40 33.33 1.0<180.0 1.0 105.3 75.3 14.8 16.3 OS 75.58 33.33 1.2<0.0 1.0 163.9 117.6 14.4 0.0 GROB 0.00 0.00 0.0<0.0 0.0 0.0 0.0 0.0 0.0 FEIN 0.00 0.00 0.0<0.0 0.0 0.0 0.0 Page 5

J[A/mm^2] 2.4 2.8 0.0 0.0

100MVA Design details.TXT 0.0 0.0 ------------------------------------------------------------------------------------------------------------------------------Sum --------269.2 ----------------------------------------------------------------------------------------------------------------------------------------PZ=0.0 ------------------------------------------------------------------------------------------------------------------------------Rise to Oil Rise to Ambient Real Temp. in IEC condition -------------------------------------------------------------------------------------------con. Tolw Two Av.Tw Ho.Tw TOilmin TOilav. TOilmax Av.Tw Ho.Tw TOilmin TOilav. TOilmax Hot.F US 17.1 10.9 56.5 69.2 36.1 44.7 53.3 101.5 114.2 81.1 89.7 98.3 1.3 OS 20.2 9.9 55.4 67.8 36.1 46.2 56.3 100.4 112.8 81.1 91.2 101.3 1.3 GROB 0.0 0.0 45.6 55.0 36.1 36.1 36.1 90.6 100.0 81.1 81.1 81.1 1.3 FEIN 0.0 0.0 45.6 55.0 36.1 36.1 36.1 90.6 100.0 81.1 81.1 81.1 1.3 ------------------------------------------------------------------------------------------------------------------------------Sum 18.9 ------36.1 45.6 55.0 ----81.1 90.6 100.0 --------------------------------------------------------------------------------------------------------------------------------Tank Dissipation losses in 55 'K [P55]=323.6

Mode4 : Cooling : ONAF Tap position : Middle Transfered Power : HV Power :100<0.00 LV Power :100<180.00 ( load mode for Capitalize Calculation ( TOC Analize ) Situation : Show in results and use as limitation of analyze and parameter of TOC con. V[KV] S[MVA] I[A] K-gama PK[KW] RI^2[KW] J[A/mm^2] ZmitteR[%] ZmitteA[%] US 19.40 33.33 1.0<180.0 1.0 105.3 75.3 2.4 14.8 16.3 OS 75.58 28.33 1.0<0.0 1.6 127.7 85.0 2.4 23.4 2.0 GROB 13.34 5.00 1.0<0.0 1.0 29.0 23.1 3.2 3.3 0.0 FEIN 0.00 0.00 0.0<0.0 0.0 0.0 0.0 0.0 0.0 0.0 ------------------------------------------------------------------------------------------------------------------------------Sum --------262.0 -----------------------------------------------------------------------------------------Page 6

100MVA Design details.TXT -----------------------------------------------PZ=28.9 ------------------------------------------------------------------------------------------------------------------------------Rise to Oil Rise to Ambient Real Temp. in IEC condition -------------------------------------------------------------------------------------------con. Tolw Two Av.Tw Ho.Tw TOilmin TOilav. TOilmax Av.Tw Ho.Tw TOilmin TOilav. TOilmax Hot.F US 17.1 10.9 57.4 69.2 38.1 46.6 55.2 102.4 114.2 83.1 91.6 100.2 1.3 OS 17.4 7.7 54.2 65.0 38.1 46.8 55.4 99.2 110.0 83.1 91.8 100.4 1.3 GROB 14.7 9.8 56.4 67.8 38.1 45.4 52.7 101.4 112.8 83.1 90.4 97.7 1.3 FEIN 0.0 0.0 46.5 55.0 38.1 38.1 38.1 91.5 100.0 83.1 83.1 83.1 1.3 ------------------------------------------------------------------------------------------------------------------------------Sum 16.9 ------38.1 46.5 55.0 ----83.1 91.5 100.0 --------------------------------------------------------------------------------------------------------------------------------Tank Dissipation losses in 55 'K [P55]=345.3

Details of Short Circuit Modes ---------------------------------------------------------------------------------------Network HV LV

UM 170 36

Short Circuit Power 10000 1000

Z0/Z1 2.00 2.00

Ter. Zn Base power HV 0 0 LV 0 0 -----------------------------------------------------------Z0/Z1 of Transfer from HV to LV :1.00 Z0/Z1 of Transfer from LV to HV :1.00 -----------------------------------------------------------Impedances Between All Terminals with Base 100 MVA The/Tap Lower Middle Upper HV-LV LV-HV

11.51 11.51

12.48 12.48

13.77 13.77

Maximum Production Tolerance for UK : 3 -----------------------------------------------------------Page 7

100MVA Design details.TXT Details of Short circuit Condition of Transformer Condition

HV[U]

---------------------------------------------------Cas Tap. Type S.Cin Feed IWT INT 6 Lower 3POL 1601.3 0.00 13 Lower 1POL 1603.0 13.36 6 Middle 3POL 1549.2 0.00 13 Middle 1POL 1546.4 12.89 6 Upper 3POL 1448.2 0.00 13 Upper 1POL 1442.5 12.02

------------------------ILT

IPT

IWT

INT

ILT

IPT

LV

HV

-3.43

-3.43

-1601.3

0.00

13.36

13.36

LV

HV

-3.43

-3.43

-1601.3

0.00

13.36

13.36

LV

HV

-2.81

-2.81

-1549.2

0.00

12.89

12.89

LV

HV

-2.81

-2.81

-1549.2

0.00

12.89

12.89

LV

HV

-2.28

-2.28

-1448.2

0.00

12.02

12.02

LV

HV

-2.28

-2.28

-1448.2

0.00

12.02

12.02

Condition

HV[V]

---------------------------------------------------Cas Tap. Type S.Cin Feed IWT INT 6 Lower 3POL 1601.3 0.00 13 Lower 1POL 0.0 13.36 6 Middle 3POL 1549.2 0.00 13 Middle 1POL 0.0 12.89 6 Upper 3POL 1448.2 0.00 13 Upper 1POL 0.0 12.02

LV[V]

------------------------ILT

IPT

IWT

INT

ILT

IPT

LV

HV

-3.43

-3.43

-1601.3

0.00

13.36

13.36

LV

HV

0.00

0.00

0.0

0.00

0.00

0.00

LV

HV

-2.81

-2.81

-1549.2

0.00

12.89

12.89

LV

HV

0.00

0.00

0.0

0.00

0.00

0.00

LV

HV

-2.28

-2.28

-1448.2

0.00

12.02

12.02

LV

HV

0.00

0.00

0.0

0.00

0.00

0.00

Condition

HV[W]

---------------------------------------------------Cas Tap. Type S.Cin Feed IWT INT 6 Lower 3POL 1601.3 0.00 13 Lower 1POL 0.0 13.36

LV[U]

LV[W]

------------------------ILT

IPT

IWT

INT

ILT

IPT

LV

HV

-3.43

-3.43

-1601.3

0.00

13.36

13.36

LV

HV

0.00

0.00

0.0

0.00

0.00

0.00

Page 8

100MVA Design details.TXT HV -2.81 -2.81 -1549.2

6 Middle 3POL LV 0.00 12.89 12.89 1549.2 0.00 13 Middle 1POL LV HV 0.00 0.00 0.0 0.00 0.00 0.00 0.0 12.89 6 Upper 3POL LV HV -2.28 -2.28 -1448.2 0.00 12.02 12.02 1448.2 0.00 13 Upper 1POL LV HV 0.00 0.00 0.0 0.00 0.00 0.00 0.0 12.02 ----------------------------------------------------------------------------------------------------------------------Details of Short circuit Condition of network Condition

HV[U]

---------------------------------------------------Cas Tap. Type S.Cin Feed   ILnet 6 13 6 13 6 13

Lower 0.00 Lower 0.00 Middle 0.00 Middle 0.00 Upper 0.00 Upper 0.00

LV[U]

------------------------VLnet

PLnet

ILnet

VLnet

PLnet

3POL

LV

HV

113.7

0.0

3.43

0.0

0.0

1POL

LV

HV

108.0

0.0

3.43

0.0

0.0

3POL

LV

HV

139.9

0.0

2.81

0.0

0.0

1POL

LV

HV

135.2

0.0

2.81

0.0

0.0

3POL

LV

HV

165.7

0.0

2.28

0.0

0.0

1POL

LV

HV

161.9

0.0

2.28

0.0

0.0

Condition

HV[V]

---------------------------------------------------Cas Tap. Type S.Cin Feed   ILnet 6 Lower 3POL   0.00 13 Lower 1POL -147.7 0.00 6 Middle 3POL   0.00 13 Middle 1POL -148.4 0.00 6 Upper 3POL   0.00 13 Upper 1POL -148.9 0.00

LV[V]

------------------------VLnet

PLnet

ILnet

VLnet

PLnet

240.0

LV

HV

113.7

240.0

3.43

0.0

LV

HV

133.9

-122.1

0.00

54.5

LV

HV

139.9

240.0

2.81

0.0

LV

HV

156.4

-121.5

0.00

55.5

LV

HV

165.7

240.0

2.28

0.0

LV

HV

179.0

-121.1

0.00

56.1

Condition

HV[W] Page 9

240.0

240.0

LV[W]

100MVA Design details.TXT ---------------------------------------------------------------------------Cas Tap. Type S.Cin Feed VLnet PLnet ILnet   ILnet

VLnet

PLnet

6 Lower 3POL LV HV 113.7 120.0 3.43 0.0 120.0   0.00 13 Lower 1POL LV HV 133.9 122.1 0.00 54.5 147.7   0.00 6 Middle 3POL LV HV 139.9 120.0 2.81 0.0 120.0   0.00 13 Middle 1POL LV HV 156.4 121.5 0.00 55.5 148.4   0.00 6 Upper 3POL LV HV 165.7 120.0 2.28 0.0 120.0   0.00 13 Upper 1POL LV HV 179.0 121.1 0.00 56.1 148.9   0.00 ----------------------------------------------------------------------------------------------------------------------Details of Short circuit Condition of Neutral of Transformer Condition ---------------------------------------------------Cas Tap. Type S.Cin Feed Pneut.

HV[N]

LV[N]

------------------------Vneut.

6

Pneut.

Vneut.

Lower 3POL LV HV 0.0 0.0 0.0 0.0 13 Lower 1POL LV HV 0.0 0.0 0.0 0.0 6 Middle 3POL LV HV 0.0 0.0 0.0 0.0 13 Middle 1POL LV HV 0.0 0.0 0.0 0.0 6 Upper 3POL LV HV 0.0 0.0 0.0 0.0 13 Upper 1POL LV HV 0.0 0.0 0.0 0.0 -----------------------------------------------------------------------------------------------------------------------

Page 10