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Appendix A Data For IEEE 30-Bus Test System (At 100 MVA Base) The IEEE 30-bus system is depict by Fig.A.1.The reference [101] is the source of this data. The buses are renumbered. The data has been presented by following tables. Table A.1: Bus Data for Generator Bus

Scheduled real

Specified Voltage

No.

power generation

magnitude

Real

Reactive

PG (MW)

Vspec. (p.u.)

(MW)

(MVAR)

1(slack)

—–

1.060

00.00

00.00

2

40.0

1.045

21.70

12.70

3

20.0

1.010

0.00

30.00

4

—–

1.082

30.00

0.0

5

—–

1.010

9.42

19.00

6

—–

1.071

0.0

0.0

139

Load

140

CHAPTER A. DATA FOR IEEE 30-BUS TEST SYSTEM

Table A.5: Line Data Line From

To

Series impedence

Shunt susceptance

no.

bus

bus

Resistance (p.u.)

Reactance (p.u.)

1 B(p.u.) 2

5

2

5

0.0472

0.1983

0.0209

6

2

13

0.0581

0.1763

0.0187

7

11

13

0.0119

0.0414

0.0045

8

5

12

0.0460

0.1160

0.0102

9

13

12

0.0267

0.0820

0.0085

10

13

3

0.0120

0.0420

0.0045

11

1

2

0.0192

0.0575

0.0264

12

1

27

0.0452

0.1852

0.0204

13

7

8

0.0000

0.1100

0.0000

14

2

11

0.0570

0.1737

0.0184

15

9

14

0.1231

0.2559

0.0000

16

9

15

0.0662

0.1304

0.0000

17

9

16

0.0945

0.1987

0.0000

18

14

15

0.2210

0.1997

0.0000

19

16

17

0.0824

0.1923

0.0000

20

15

18

0.1070

0.2185

0.0000

21

18

19

0.0639

0.1292

0.0000

22

19

20

0.0340

0.0680

0.0000

23

8

20

0.0936

0.2090

0.0000

24

8

17

0.0324

0.0845

0.0000

25

8

21

0.0348

0.0749

0.0000

26

8

22

0.0727

0.1499

0.0000

27

21

22

0.0116

0.0236

0.0000

28

15

23

0.1000

0.2020

0.0000

29

22

24

0.1150

0.1790

0.0000

30

23

24

0.1320

0.2700

0.0000

31

24

25

0.1885

0.3292

0.0000

32

25

26

0.2544

0.3800

0.0000

141

CHAPTER A. DATA FOR IEEE 30-BUS TEST SYSTEM

. . . continued Line From

To

Series impedence

Shunt susceptance

no.

bus

bus

Resistance (p.u.)

Reactance (p.u.)

33

25

10

0.1093

0.2087

0.0000

34

27

11

0.0132

0.0379

0.0042

35

10

29

0.2198

0.4153

0.0000

36

10

30

0.3202

0.6027

0.0000

37

29

30

0.2399

0.4533

0.0000

38

3

28

0.0636

0.2000

0.0214

39

13

28

0.0169

0.0599

0.0065

40

9

6

0.0000

0.1400

0.0000

41

7

4

0.0000

0.2080

0.0000

1 B(p.u.) 2

142

CHAPTER A. DATA FOR IEEE 30-BUS TEST SYSTEM

Gen.

Table A.2: Generator Data Real generation React. generation

no.

limit

limit

Maximum

Minimum

Maximum

Minimum

(MW)

(MW)

(MVAR)

(MVAR)

1

300.0

50.0

150.0

−100.0

2

150.0

20.0

50.0

−40.0

3

150.0

20.0

40.0

−10.0

4

—–

—–

24.0

−06.0

5

—–

—–

40.0

−40.0

6

—–

—–

24.0

−06.0

143

CHAPTER A. DATA FOR IEEE 30-BUS TEST SYSTEM

Table A.3: Load Bus Data Bus No.

Load

External shunt

Real(MW)

Reactive(MVAR)

susceptance(p.u.)

7

0.0

0.0

0.00

8

5.8

2.0

0.00

9

11.2

7.5

0.00

10

0.0

−0.0

0.19

11

7.6

1.6

0.00

12

22.8

10.9

0.00

13

0.0

0.0

0.00

14

6.2

1.6

0.00

15

8.2

2.5

0.00

16

3.5

1.8

0.00

17

9.0

5.8

0.00

18

3.2

0.9

0.00

19

9.5

3.4

0.00

20

2.2

0.7

0.00

21

17.5

11.2

0.00

22

0.0

0.0

0.00

23

3.2

1.6

0.00

24

8.7

6.7

0.043

25

0.0

0.0

0.00

26

3.5

2.3

0.00

27

2.4

1.2

0.00

28

0.0

0.0

0.00

29

2.4

0.9

0.00

30

10.6

1.9

0.00

144

CHAPTER A. DATA FOR IEEE 30-BUS TEST SYSTEM

Table A.4: Transformer Data Line From

To

Series impedance

Tap settings

no.

bus

bus

Resistance (p.u.)

Reactance (p.u.)

1

13

07

0.0000

0.2080

0.978

2

13

08

0.0000

0.5560

0.969

3

11

09

0.0000

0.2560

0.962

4

28

10

0.0000

0.3960

0.968

145

CHAPTER A. DATA FOR IEEE 30-BUS TEST SYSTEM

......................................................................... 7 .......... ...................... ........... ............ ....... ... ... ............ ... .......... ... .... .... ..... ...... ..... .... ....... .............. .. .. ........................ ....... .... ........................... . . . . . . . ........................ .... .. ... ...................... .......... ..... ............... ..... (b)

8

.......................................................................................... .. .... ........ ........ ...... ........ ... ... .... ....... ....... ....... ........ .... ..... ....... .................. ......

........ ...

13

........ ...

29

30 26

10

..... ........ ....... ...... ....... ... ..... ....... ...

...........

....... ........ ......... .......... ... ... ........... ............ ......... ........... .. .. ..... ......

25

4

28

..... ............................. .......... ........ ............ .. ........ C ............ ........ .. ............................. ...........

23

........ ..

15

24

.........

... ....... ...... ...... ........ . . . ...... .....

........... ...... .................

....... ..

3

..................... ..................

. ..........

..... ......

22

18 .... .......

. .......

..... ...... ....... ....... ...... ....... ...

14 ....... ...

16

6

. ........

19

...... ...... ........ ...... ....... ....

...........

17

9

..... ...................... .......... ............. ........... .... ........ C ............ ......... ....... .... .................... ....

... .......... ............ .... .... .. ...... ... G ..... .... .. ....... ......... ......

21

...... .. .......... ...... ............ ... ...... ...... ...... .... ..... ..... ..... ...... ....... ....... ....... ....... TR ............ .. .. ... .......... ....... ....... ....... ..... ....................... ..... ...... ...... ...... .... ........

20

...... .....

..........

4 .......... ............................ ........ ....... ............ .. ...... C ........... ......... ........... ......................... ......

8 -3 TR - 2

.... ...... ...... ...... ... ...... ...... ...... ...... .. .. .. .. ...... ...... ...... ...... ... ...... ...... ...... ....

.... ...... ...... ...... ... .... ..... ..... ..... ... ...... ...... ...... ...... ............................ . . . . . . . . .... ..... ..... ..... ....... ..... ..... ..... ............................................. .......... . . . . . . . .

TR - 1

11

13

........

1 ........ .... ....... .... ...... ...... ... G ....... .... . ...... ... .... .........

27 ... ...... ....... ..... ..... ...... ........ ........ ....... ...... ....

.......... ......... ......... ........... ..... ...... . . . . . ....... ........ ... ....... ....... ....... .......... . . . . . . ...

..........

(a)

5

2 ................... ...... .... .. .... ...... G ...... .... .. ..... ..... . ....... . . . . .

12 .........

.........

........ .............. .. ..........

....... ........................ .......... .............. ........ ..... ............ C ............. ........... ......... ...................... ..

........ ...... ......... ...... .... .. ... ... G ...... ..... . .... ........ ........

9 .... ................................. ....... ......... ...... ........... ....... C ........... ..... . .... .................................... .......

(a) ONE LINE DIAGRAM (b) 3 - WINDING TRANSFORMERS EQUIVALENTS

....................... ...... ...... ................................................................... ....... ..... ....... ....... ...... ....... .... . .... ....... ...... ........ ......... .... .... .... .... .... ....

6 (b)

....... ......................... .............. .... ......................... ...................... ............. ........................... ....... ...... .. ......... ...... ............ ......

11

Figure A.1: IEEE 30-bus system

..... .......................... ............ ............. .... ........... ...... C ............. ......... ......... ....................... ..... ....... ....... ... ..... . ............. ......... .......... .......... ... .. ......... .............. ....... ........

SHUNT REACTOR / CAPACITOR GENERATOR

SYNCHRONOUS CONDENSER TRANSFORMER

Appendix B Data For 75-Bus UPSEB System (At 100 MVA Base) The 75-bus UPSEB system is shown in Fig. B.1. The system data is taken from U.P. State Electricity Board and buses are renumbered. The relevant data are provided in following tables. Table B.3: Transformer Data Line From

To

Series impedance

no.

bus

bus

Resistance (p.u.)

Reactance (p.u.)

1

17

1

.00073

.01460

1.000

2

16

2

.00123

.02469

1.000

3

18

3

.00000

.02917

1.000

4

28

4

.00306

.06135

1.000

5

31

5

.00235

.04710

1.000

6

32

6

.00514

.10285

1.000

7

33

7

.00549

.10978

1.000

8

34

8

.00000

.04860

1.000

9

35

9

.00049

.01943

1.000

10

24

10

.00243

.04860

1.000

11

40

11

.00770

.02720

1.000

12

41

12

.00016

.00591

1.000

146

Tap settings

147

CHAPTER B. DATA FOR 75-BUS UPSEB TEST SYSTEM

. . . continued Line From

To

Series impedance

Tap settings

no.

bus

bus

Resistance (p.u.)

Reactance (p.u.)

13

42

13

.00030

.01199

1.000

14

43

14

.00000

.02841

1.000

15

44

15

.00000

.02273

1.000

16

19

20

.00130

.05208

1.000

17

19

20

.00130

.05208

1.000

18

17

16

.00065

.02604

1.000

19

22

25

.00130

.05208

1.000

20

22

25

.00130

.05208

1.000

21

23

24

.00130

.05200

1.000

22

23

24

.00130

.05200

1.000

23

26

27

.00130

.05200

1.000

24

26

27

.00130

.05200

1.000

25

29

30

.00129

.05208

1.000

26

29

30

.00129

.05208

1.000

27

29

30

.00129

.05208

1.000

28

36

37

.00130

.05208

1.000

29

36

37

.00130

.05208

1.000

30

38

39

.00130

.05208

1.000

31

45

44

.00112

.04444

1.000

32

45

44

.00112

.04444

1.000

148

CHAPTER B. DATA FOR 75-BUS UPSEB TEST SYSTEM

Table B.1: Generator Data Bus

Scheduled real

Specified Voltage

Real power limits

Reactive power limits

No.

power gen.

magnitude

Maximum

Minimum

maximum

Minimum

PG (MW)

Vspec. (p.u.)

(MW)

(MW)

(MVAR)

(MVAR)

1(slack)

—–

1.030

900.0

100.0

400.0

0.0

2

260.0

1.030

300.0

100.0

96.0

0.0

3

180.0

1.050

200.0

40.0

83.0

0.0

4

100.0

1.030

170.0

40.0

60.0

0.0

5

180.0

1.050

240.0

00.0

31.0

0.0

6

120.0

1.050

120.0

00.0

20.0

0.0

7

060.0

1.050

100.0

00.0

19.0

0.0

8

080.0

1.050

100.0

20.0

68.0

0.0

9

550.0

1.050

570.0

60.0

250.0

0.0

10

080.0

1...