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See discussions, stats, and author profiles for this publication at: http://www.researchgate.net/publication/274008087

DIgSILENT Power Factory

CONFERENCE PAPER FEBRUARY 2015

READS

55

1 AUTHOR:

Hassan Fakhrtaha

Khorasan Institute of Higher Education

7PUBLICATIONS 0CITATIONS

SEE PROFILE

Available from: Hassan Fakhrtaha

Retrieved on: 05 December 2015
http://www.researchgate.net/institution/Khorasan_Institute_of_Higher_Education?enrichId=rgreq-f005899e-58e7-42ad-85c8-6a08648dde6b&enrichSource=Y292ZXJQYWdlOzI3NDAwODA4NztBUzoyMTA3NzAyNjU2Nzc4MjVAMTQyNzI2Mjk1NjA2MA%3D%3D&el=1_x_6http://www.researchgate.net/institution/Khorasan_Institute_of_Higher_Education?enrichId=rgreq-f005899e-58e7-42ad-85c8-6a08648dde6b&enrichSource=Y292ZXJQYWdlOzI3NDAwODA4NztBUzoyMTA3NzAyNjU2Nzc4MjVAMTQyNzI2Mjk1NjA2MA%3D%3D&el=1_x_6http://www.researchgate.net/institution/Khorasan_Institute_of_Higher_Education?enrichId=rgreq-f005899e-58e7-42ad-85c8-6a08648dde6b&enrichSource=Y292ZXJQYWdlOzI3NDAwODA4NztBUzoyMTA3NzAyNjU2Nzc4MjVAMTQyNzI2Mjk1NjA2MA%3D%3D&el=1_x_6http://www.researchgate.net/institution/Khorasan_Institute_of_Higher_Education?enrichId=rgreq-f005899e-58e7-42ad-85c8-6a08648dde6b&enrichSource=Y292ZXJQYWdlOzI3NDAwODA4NztBUzoyMTA3NzAyNjU2Nzc4MjVAMTQyNzI2Mjk1NjA2MA%3D%3D&el=1_x_6http://www.researchgate.net/institution/Khorasan_Institute_of_Higher_Education?enrichId=rgreq-f005899e-58e7-42ad-85c8-6a08648dde6b&enrichSource=Y292ZXJQYWdlOzI3NDAwODA4NztBUzoyMTA3NzAyNjU2Nzc4MjVAMTQyNzI2Mjk1NjA2MA%3D%3D&el=1_x_6http://www.researchgate.net/institution/Khorasan_Institute_of_Higher_Education?enrichId=rgreq-f005899e-58e7-42ad-85c8-6a08648dde6b&enrichSource=Y292ZXJQYWdlOzI3NDAwODA4NztBUzoyMTA3NzAyNjU2Nzc4MjVAMTQyNzI2Mjk1NjA2MA%3D%3D&el=1_x_6http://www.researchgate.net/institution/Khorasan_Institute_of_Higher_Education?enrichId=rgreq-f005899e-58e7-42ad-85c8-6a08648dde6b&enrichSource=Y292ZXJQYWdlOzI3NDAwODA4NztBUzoyMTA3NzAyNjU2Nzc4MjVAMTQyNzI2Mjk1NjA2MA%3D%3D&el=1_x_6http://www.researchgate.net/institution/Khorasan_Institute_of_Higher_Education?enrichId=rgreq-f005899e-58e7-42ad-85c8-6a08648dde6b&enrichSource=Y292ZXJQYWdlOzI3NDAwODA4NztBUzoyMTA3NzAyNjU2Nzc4MjVAMTQyNzI2Mjk1NjA2MA%3D%3D&el=1_x_6http://www.researchgate.net/?enrichId=rgreq-f005899e-58e7-42ad-85c8-6a08648dde6b&enrichSource=Y292ZXJQYWdlOzI3NDAwODA4NztBUzoyMTA3NzAyNjU2Nzc4MjVAMTQyNzI2Mjk1NjA2MA%3D%3D&el=1_x_1http://www.researchgate.net/profile/Hassan_Fakhrtaha?enrichId=rgreq-f005899e-58e7-42ad-85c8-6a08648dde6b&enrichSource=Y292ZXJQYWdlOzI3NDAwODA4NztBUzoyMTA3NzAyNjU2Nzc4MjVAMTQyNzI2Mjk1NjA2MA%3D%3D&el=1_x_7http://www.researchgate.net/institution/Khorasan_Institute_of_Higher_Education?enrichId=rgreq-f005899e-58e7-42ad-85c8-6a08648dde6b&enrichSource=Y292ZXJQYWdlOzI3NDAwODA4NztBUzoyMTA3NzAyNjU2Nzc4MjVAMTQyNzI2Mjk1NjA2MA%3D%3D&el=1_x_6http://www.researchgate.net/profile/Hassan_Fakhrtaha?enrichId=rgreq-f005899e-58e7-42ad-85c8-6a08648dde6b&enrichSource=Y292ZXJQYWdlOzI3NDAwODA4NztBUzoyMTA3NzAyNjU2Nzc4MjVAMTQyNzI2Mjk1NjA2MA%3D%3D&el=1_x_5http://www.researchgate.net/profile/Hassan_Fakhrtaha?enrichId=rgreq-f005899e-58e7-42ad-85c8-6a08648dde6b&enrichSource=Y292ZXJQYWdlOzI3NDAwODA4NztBUzoyMTA3NzAyNjU2Nzc4MjVAMTQyNzI2Mjk1NjA2MA%3D%3D&el=1_x_4http://www.researchgate.net/?enrichId=rgreq-f005899e-58e7-42ad-85c8-6a08648dde6b&enrichSource=Y292ZXJQYWdlOzI3NDAwODA4NztBUzoyMTA3NzAyNjU2Nzc4MjVAMTQyNzI2Mjk1NjA2MA%3D%3D&el=1_x_1http://www.researchgate.net/publication/274008087_DIgSILENT_Power_Factory________?enrichId=rgreq-f005899e-58e7-42ad-85c8-6a08648dde6b&enrichSource=Y292ZXJQYWdlOzI3NDAwODA4NztBUzoyMTA3NzAyNjU2Nzc4MjVAMTQyNzI2Mjk1NjA2MA%3D%3D&el=1_x_3http://www.researchgate.net/publication/274008087_DIgSILENT_Power_Factory________?enrichId=rgreq-f005899e-58e7-42ad-85c8-6a08648dde6b&enrichSource=Y292ZXJQYWdlOzI3NDAwODA4NztBUzoyMTA3NzAyNjU2Nzc4MjVAMTQyNzI2Mjk1NjA2MA%3D%3D&el=1_x_2


2/88

DIgSILENTPower Factory

:

Dr. Mos. Eidiani

:

Hassan Fakhrtaha

393


3/88

2


4/88

3

Contents

DigSilent Power Factory:.......................................................................................................................4

$4..3#:..............................................................................................................................................6

:...........................................................................................................................................................................69

:.................................................................................................................................................................1

-:...........................................................................................................................................................................1

-2:

........................................................................................................................................................7

-3:.......................................................................................................................................21

-4:

Station control..........................................................................................................24

-5:FEEDER...........................................................................................................................................27

:.......................................................................................................................................................31

:DIgSILENT...........................................................................................................39

:.......................................................................................................................................................................................................44

$avr-gov-pss#..................................................................................................44

:.......................................................................................................................................................................................................48

,......................................................................................................48

: ....................................................................................................................56

6-:......................................................................................................................56

:6-2

..............................................................................................................................61

:

...........................................................................................................................................................65

:........................................................................................................................................................................69


5/88

4

8-:........................................................................................................................................69

8-2:$#..........................................72

:.......................................................................................................................................................................73

:.....................................................................................................................................................................81

1-:$Contingency Analysis#...............................................................................................................8

1-2:..............................................................................................................................................................84

:DigSilent Power Factory

DigSilent

976

Power Factory.

:

Generation

Transmission

Distribution

Industrial

,

,

,

,

:

Generation

.

.


6/88

5

Transmission

.

.

Distribution

.

.

Industrial

.

.


7/88

6

:4..3#$

Google

.

rar

setup.exe Workstation

Crack

Copy

$ C:\DIgSILENT\pf141\#Paste .

$ #Readme.txt

.

usernamepassword

Demo

ok.

usernamepassword

.

9:

usernamepassword filenew

name

$

fakhrtaha930801#

new

project

Execute

name

Grid OK

.


8/88

7

.

-

$ # .!

2-

3-

4-

.

9.

.

PowerFactory 14.1.3

LaboratoryPower System Analysis1

MyMaster : Dr eidianiUndergraduate : Hassan Fakhrtaha

Number of Undergraduate : 9324044216

Project: load flow

Graphic: Grid

Date: 930801

Annex: step2

Nodes Branches Terminal

BUS3

BUS1

BUS5

BUS9

BUS4

BUS2

BUS6

BUS8

BUS7

Line36

Line23

Line48

Line24

Line78Line67

G~G1

G~ G9

G~G5

T12

T98T56

LOAD7

LOAD3 LOAD4

DIgSILENT


9/88

8

-Type:

:

Basic Data

type

new project type.

name

OK

$

# .

-2

:

:

$ #Edit relevant objects calculation file

. $

#

type $

.#

.

$

#User settings

Data managersave data automatically (tabular input)


10/88

9

.

type

$ #calculate load flow

.

result box

.....

.

$

#output calculation analysis

total system summary

$#maximize output window

$ #maximize graphic window.

.

P owerFactory 14.1.3

Laboratory Power System Analysis 1

My Master : Dr eidianiUndergraduate : Hassan Fakhrtaha


Project: load flow

Graphic: Grid

Date: 930801

Annex: step2

Load Flow Balanced

Nodes

Line-Line Voltage, Magnitude [kV]

Voltage, Magnitude [p.u.]

Branches

Active Power [MW]

Reactive Power [Mvar]

BUS3221.780.96

144.51

BUS2230.881.00

147.02

BUS4224.070.97

145.15

BUS1 17.161.040.00

B

US8

229

.55

1.0

0

150

.28

BUS7

226

.45

0.9

8

148

.41

BUS5

18

.45

1.0

2

6.0

1

B

US6

230

.99

1.0

0

151

.13

BUS9

13

.84

1.0

2

3.1

3

Line

23

-54.38-40.3617.63

54.8538.2017.63

Line

36

72

.35

10

.64

18

.55

-70.62-9.6418.55

Line4

8

52

.09

0.3

6

13

.18

-51.02-3.4113.18

T12

94.2067.7644.63

-94.20-60.5944.63

LOAD3

125.0050.00

LOAD4

90.0030.00

Line

24

-38.98-26.5912.16

39.3522.3912.16

G~G1

94.2067.7646.89

LOAD7

100

.00

35

.00

Line78

-32

.77

-13

.11

9.0

0

32

.91

5.5

2

9.0

0

G~G5

140

.00

39

.88

75

.82

T56

140

.00

39

.88

71

.01

-140

.00

-27

.27

71

.01

T98

-85

.00

-5

.88

56

.91

85

.00

10

.15

56

.91

Line67

-67

.23

-21

.89

18

.03

67

.65

16

.63

18

.03

G~ G9

85

.00

10

.15

66

.88

DIgSILENT


11/88

1

:

- :

.

........

$

#

Diagram colouring

load flow

colour settings

.


12/88

.

-

,

.

-2

-

-3 4.2

MW- 2.79 Mvar.

4-

$line 23#

showvector diagram & current

voltage

$ #scale x-axes automatically ,

.

:

23. $

81# .


13/88

2

5- 7 220 Mw100Mvar

load flow ok .

.BUS 7

3

$G1 ,G5#

.

7

.

13.012.011.010.09.008.007.006.005.004.003.002.001.00-1.00-2.00-3.00-4.00-5.00-6.00-7.00-8.00-9.00-10.0-11.0-12.0-13.0-14.0

3.00

2.00

1.00

-1.00

-2.00

-3.00

-4.00

0.0500 kA/Tick25.0000 kV/Tick

0.176 kA/-72.08

128.042 kV/144.51

Line23 Terminal iCurrent in kALine-Ground Voltage in kV

13.012.011.010.09.008.007.006.005.004.003.002.001.00-1.00-2.00-3.00-4.00-5.00-6.00-7.00-8.00-9.00-10.0-11.0-12.0-13.0-14.0

3.00

2.00

1.00

-1.00

-2.00

-3.00

-4.00

0.0600 kA/Tick25.0000 kV/Tick

0.167 kA/112.17

133.299 kV/147.02

Line23 Terminal jCurrent in kALine-Ground Voltage in kV

MyMaster :Dr eidiani Vector Diagram

Undergraduate : Hassan Fakhrtaha Number of Undergraduate : 9324044216

Date: 930728

Annex: step1


14/88

3

6-

ctrl

show bar diagram

KA

Bar

Diagram67.

Load Flow Balanced

Nodes



Branches

Active Power [MW]


PowerFactory 14.1.3

Laboratory Power System Analysis1



Project: load flow

Graphic: Grid

Date: 10/21/2014

Annex: step1

BUS3218.360.95

137.15

BUS2228.911.00

143.07

BUS4220.680.96

137.97

BUS117.161.040.00

BUS8

223.3

9

0.9

7

137.2

5

BUS7

209.8

8

0.9

1

131.7

5

BUS5

18.4

5

1.0

2

-7.3

9

BUS6

223.6

2

0.9

7

137.5

7

BUS9

13.8

4

1.0

2

-9.8

2

Line23

-118.37-34.2532.58

120.0342.3932.58

Line36

6.7

0

8.7

7

4.5

2

-6.63-15.754.52

Line48

-5.1

0

4.2

0

3.2

8

5.13-11.443.28

T12

216.8893.9290.90

-216.88-64.1790.90

LOAD3

125.0050.00

LOAD4

90.0030.00

Line24

-95.13-18.5625.36

96.8521.7925.36

G~G1

216.8893.9295.49

LOAD7

220.0

0

100.0

0

Line78

-88.7

6

-42.3

7

27.0

6

90.1

0

45.7

8

27.0

6

G~G5

140.0

0

92.6

2

87.4

3

T56

140.0

0

92.6

2

81.8

8

-140.0

0

-75.8

5

81.8

8

T98

-85.0

0

-49.9

8

67.6

8

85.0

0

56.0

2

67.6

8

Line67

-131.2

4

-57.6

3

39.4

3

133.3

0

67.0

9

39.4

3

G~ G9

85.0

0

56.0

2

79.5

3

DIgSILENT

Lin

e67

Lin

e78

Lin

e24

Lin

e48

Lin

e36

Lin

e23

0.50

0.40

0.30

0.20

0.10

0.00

Current, Magnitude in kA

My master :Dr eidiani Bar-Diagram


Date: 930728

Annex: step1 /1

DIgSI

LENT


15/88

4

9-#

G1

.% PG1 = 216.88 MwloadingG1 = 95.49

#-9

G1300Mva

G1:

G1

300Mva

OK

. G1 $PG1 = 216.88 Mw#

80%$ loadingG1 = 78.78 % #

.

Load Flow Balanced

NodesLine-Line Voltage, Magnitude [kV]


,

BranchesActive Power [MW]


PowerFactory 14.1.3




Project: load flow

Graphic: GridDate: 10/21/2014

Annex: step1

BUS3218.360.95

137.15

BUS2228.911.00

143.07

BUS4220.680.96

137.97

BUS117.161.040.00

BUS8

223

.39

0.9

7

137

.25

BUS7

209

.88

0.9

1

131

.75

BUS5

18

.45

1.0

2

-7

.39

BUS6

223

.62

0.9

7

137

.57

BUS9

13

.84

1.0

2

-9

.82

Line

23

-118.37-34.2532.58

120.0342.3932.58

Line

36

6.7

0

8.7

7

4.5

2

-6.63-15.754.52

Line

48

-5

.10

4.2

0

3.2

8

5.13-11.443.28

T12

216.8893.9290.90

-216.88-64.1790.90

LOAD3

125.0050.00

LOAD4

90.0030.00

Line

24

-95.13-18.5625.36

96.8521.7925.36

G~G1

216.8893.9295.49

LOAD

7

220.0

0

100.0

0

Line78

-88

.76

-42

.37

27

.06

90

.10

45

.78

27

.06

G~G5

140

.00

92

.62

87

.43

T56

140

.00

92

.62

81

.88

-140

.00

-75

.85

81

.88

T98

-85

.00

-49

.98

67

.68

85

.00

56

.02

67

.68

Line67

-131

.24

-57

.63

39

.43

133

.30

67

.09

39

.43

G~ G9

85

.00

56

.02

79

.53

DIgSILENT


16/88

5

1-7 400Mvar

$ No convergence in load flow! #

25.

- 7400Mvar $ 100Mvar #

BUS

ctrl

show bar diagram

Per uint .

PowerFactory 14.1.3




Project: load flow

Graphic: Grid

Date: 11/5/2014

Annex: step1

Load Flow Balanced

Nodes



,

Branches

Active Power [MW]


BUS3218.360.95

137.15

BUS117.161.040.00

BU

S5

18.4

5

1.0

2

-7.3

9

BU

S9

13.8

4

1.0

2

-9.8

2

BUS4220.680.96

137.97

BUS2228.911.00

143.07

BUS6

223

.62

0.9

7

137

.57

BUS8

223

.39

0.9

7

137

.25

BUS7

209.8

8

0.9

1

131.7

5

Line36

6.7

0

8.7

7

4.5

2

-6.63-15.754.52

Line23

-118.37-34.2532.58

120.0342.3932.58

Line48

-5.1

0

4.2

0

3.2

8

5.13-11.443.28

Line24

-95.13-18.5625.36

96.8521.7925.36

Line78

-88.7

6

-42.3

7

27.0

6

90.1

0

45.7

8

27.0

6Line67

-131.2

4

-57.6

3

39.4

3

133.3

0

67.0

9

39.4

3

G~G1

216.8893.9278.78

G~ G9

85.0

0

56.0

2

79.5

3

G~G5

140.0

0

92.6

2

87.4

3

T12

216.8893.92

90.90

-216.88-64.1790.90

T98

-85.0

0

-49.9

8

67.6

8

85.0

0

56.0

2

67.6

8

T56

140.0

0

92.6

2

81.8

8

-140.0

0

-75.8

5

81.8

8

LOAD7

220.0

0

100.0

0

LOAD3

125.0050.00

LOAD4

90.0030.00

DIgSILENT


17/88

6

2-

show layer

#invisible $direction

arrows$

#visible ok

.

BUS9 BUS6 BUS5 BUS7 BUS8 BUS1 BUS4 BUS2 BUS3

1.25

1.00

0.75

0.50

0.25

0.00

Voltage, Magnitude in p.u.

My master :Dr eidiani Bar-Diagram


Date: 930730

Annex: step1 /1


18/88

7

-2:

37

7 $1

#

7

. $ #

shunt/filter4f 7

.

$

#layout parameter

layout

parameterinductance / capacitance

4f ok .

7

.

Load Flow Balanced

Nodes



,

Branches

Active Power [MW]


PowerFactory 14.1.3




Project: load flow

Graphic: Grid

Date: 10/23/2014

Annex: step1

BUS3218.360.95

137.15

BUS2228.911.00

143.07

BUS4220.680.96

137.97

BUS117.161.040.00

BUS8

223

.3

9

0.9

7

137

.2

5

BUS7

209

.88

0.9

1

131

.75

BUS

5

18

.45

1.0

2

-7

.39

BUS6

223

.6

2

0.9

7

137

.5

7

BUS

9

13

.84

1.0

2

-9

.82

Line

23

-118.37-34.2532.58

120.0342.3932.58

Line

36

6.7

0

8.7

7

4.5

2

-6.63-15.754.52

Line

48

-5

.10

4.2

0

3.2

8

5.13-11.443.28

T12

216.8893.9290.90

-216.88-64.1790.90

LOAD3

125.0050.00

LOAD4

90.0030.00

Line

24

-95.13-18.5625.36

96.8521.7925.36

G~G1

216.8893.9278.78

LOAD7

220

.00

100

.00

Line78

-88

.76

-42

.37

27

.06

90

.10

45

.78

27

.06

G~G5

140

.00

92

.62

87

.43

T56

140

.00

92

.62

81

.88

-140

.00

-75

.85

81

.88

T98

-85

.00

-49

.98

67

.68

85

.00

56

.02

67

.68

Line67

-131

.24

-57

.63

39

.43

133

.30

67

.09

39

.43

G~ G9

85

.00

56

.02

79

.53

DIgSILENT


19/88

8

.

-

7

230kv

230kv.

-2 7

Q= -61.57 Mvar.

Load Flow Balanced

Nodes



,

Branches

Active Power [MW]


PowerFactory 14.1.3




Project: load flow

Graphic: Grid

Date: 930801

Annex: step2

BUS3221.180.96

137.31

BUS2230.411.00

143.14

BUS4223.120.97

138.12

BUS117.161.040.00

BUS8

227

.30

0.9

9

137

.37

BUS7

221

.36

0.9

6

132

.06

BUS5

18

.45

1.0

2

-7

.44

BUS6

228

.55

0.9

9

137

.63

BUS9

13

.84

1.0

2

-9

.75

Shunt/Filter

0.0

0

-61

.57

Line

23

-118.14-28.5831.73

119.7235.8931.73

Line

36

6.9

9

14

.46

5.8

7

-6.86-21.425.87

Line

48

-4

.63

7.8

0

4.1

0

4.70-15.134.10

T12

216.0681.9388.87

-216.06-53.4988.87

LOAD3

125.0050.00

LOAD4

90.0030.00

Line

24

-94.70-14.8724.80

96.3417.6024.80

G~G1

216.0681.9377.02

LOAD7

220

.00

100

.00

Line78

-88

.61

-14

.29

23

.41

89

.63

14

.44

23

.41

G~G5

140

.00

57

.39

78

.81

T56

140

.00

57

.39

73

.81

-140

.00

-43

.77

73

.81

T98

-85

.00

-22

.24

59

.27

85

.00

26

.88

59

.27

Line67

-131

.39

-24

.13

34

.84

133

.01

29

.31

34

.84

G~ G9

85

.00

26

.88

69

.65

DIgSILENT


20/88

9

3-

$#

73

T56G5.

-4 $#

7

.

:

$

#.

Load Flow Balanced

Nodes



,

Branches

Active Power [MW]


PowerFactory 14.1.3




Project: load flow

Graphic: Grid

Date: 930801

Annex: step2

BUS3222.760.97

138.64

BUS2231.301.01

143.83

BUS4224.410.98

139.33

BUS117.161.040.00

BUS8

228

.19

0.9

9

139

.17

BU

S7

223

.26

0.9

7

134

.21

BUS5

18

.45

1.0

2

-5.59

BUS6

229

.61

1.0

0

139

.50

BUS9

13

.84

1.0

2

-7.9

6

Shunt/Filter

0.0

0

-62

.64

Line

23

-106.61-28.0528.57

107.8932.7328.57

Line

36

12

.29

12

.14

5

.88

-12.15-19.155.88

Line

48

0

.58

5

.54

3

.37

-0.55-13.073.37

T

12

195.2272.5280.10

-195.22-49.4380.10

LOAD3

118.7747.20

LOAD4

86.5328.70

Line

24

-85.98-15.6322.48

87.3316.7022.48

G~G1

195.2272.5269.42

LOAD7

209

.78

94

.79

Line78

-83

.53

-11

.38

21

.80

84

.42

10

.29

21

.80

G~G5

140

.00

49

.77

77

.39

T56

140

.00

49

.77

72

.48

-140

.00

-36

.63

72

.48

T98

-85

.00

-15

.83

58

.10

85

.00

20

.28

58

.10

Line67

-126

.25

-20

.77

33

.09

127

.71

24

.49

33

.09

G~ G9

85

.00

20

.28

68

.27

DIgSILENT


21/88

21

-3:

7

7100Mvar170Mvar

7170 Mvar

Vbus6 = 0.94 p.u..

load flow automatic tap

changing

.

PowerFactory 14.1.3




Project: load flow

Graphic: Grid

Date: 930801

Annex: step2

Load Flow Balanced

Nodes



,

Branches

Active Power [MW]


BUS3214.600.93

136.87

BUS2226.900.99

142.94

BUS4217.430.95

137.71

BUS117.161.040.00

BUS8

218

.21

0.9

5

136

.97B

US7

194

.74

0.8

5

131

.16

BUS5

18

.45

1.0

2

-7

.43

BUS6

217

.12

0.9

4

137

.38

BUS9

13

.84

1.0

2

-10

.03

Shunt/Filter

0.0

0

0.0

0

Line

23

-119.12-41.3933.93

120.9250.8533.93

Line

36

5.9

1

1.7

3

2.8

0

-5.88-8.612.80

Line

48

-6

.11

-0

.22

2.4

3

6.13-6.802.43

T12

218.88110.0294.22

-218.88-78.0694.22

LOAD3

125.0050.00

LOAD4

90.0030.00

Line

24

-96.13-23.2026.26

97.9727.2126.26

G~G1

218.88110.0281.66

LOAD7

220

.00

170

.00

Line78

-88

.96

-74

.35

34

.37

91

.11

85

.37

34

.37

G~G5

140

.00

139

.20

102

.83

T56

140

.00

139

.20

96

.31

-140

.00

-116

.02

96

.31

T98

-85

.00

-85

.15

84

.54

85

.00

94

.58

84

.54

Line67

-131

.04

-95

.65

48

.10

134

.09

114

.29

48

.10

G~ G9

85

.00

94

.58

99

.34

DIgSILENT


22/88

2

.

- 7170 Mvar

7

3-4-6-7-8

.

2-

T56

Basic data

type

load flow ok.

PowerFactory 14.1.3




Project: load flow

Graphic: Grid

Date: 930801

Annex: step2

Load Flow Balanced

Nodes



,

Branches

Active Power [MW]


BUS3214.600.93

136.87

BUS2226.900.99

142.94

BUS4217.430.95

137.71

BUS117.161.040.00

BUS8

218

.21

0.9

5

136

.97B

US7

194

.74

0.8

5

131

.16

BUS5

1

8.4

5

1

.02

-7

.43

BUS6

217

.12

0.9

4

137

.38

BUS9

1

3.8

4

1.0

2

-10

.03

Shunt/Filter

0.0

0

0.0

0

Line

23

-119.12-41.3933.93

120.9250.8533.93

Line

36

5.9

1

1.7

3

2.8

0

-5.88-8.612.80

Line

48

-6

.11

-0

.22

2.4

3

6.13-6.802.43

T12

218.88110.0294.22

-218.88-78.0694.22

LOAD3

125.0050.00

LOAD4

90.0030.00

Line

24

-96.13-23.2026.26

97.9727.2126.26

G~G1

218.88110.0281.66

LOAD7

220

.00

170

.00

Line78

-88

.96

-74

.35

34

.37

91

.11

85

.37

34

.37

G~G5

140

.00

139

.20

102

.83

T56

140

.00

139

.20

96

.31

-140

.00

-116

.02

96

.31

T98

-85

.00

-85

.15

84

.54

85

.00

94

.58

84

.54

Line67

-131

.04

-95

.65

48

.10

134

.09

114

.29

48

.10

G~ G9

85

.00

94

.58

99

.34

DIgSILENT


23/88

22

6

6

,

3-4-6-8

6 ..Vbus6 = 0.99 p.u0.94 p.u.

-3 T56

show layer

#invisible $Tap position

#$

visible ok

4.

PowerFactory 14.1.3




Project: load flow

Graphic: Grid

Date: 930801

Annex: step2

Load Flow Balanced

Nodes



,

Branches

Active Power [MW]


BUS3220.440.96

137.08

BUS2229.431.00

143.04

BUS4220.350.96

137.96

BUS117.161.040.00

BUS8

221

.51

0.9

6

137

.29B

US7

203.8

6

0.89

131.6

9

BUS5

18

.45

1.0

2

-7

.43

BUS6

228

.39

0.9

9

137

.24

BUS9

13

.84

1.0

2

-9

.75

Shunt/Filter

0.0

0

0.0

0

Line

23

-119.49-26.8732.08

121.1134.5432.08

Line

36

5.6

5

16

.29

6.2

3

-5.51-23.136.23

Line

48

-5

.44

0.4

6

2.4

7

5.46-7.692.47

T12

218.3389.9990.83

-218.33-60.2990.83

LOAD3

125.0050.00

LOAD4

90.0030.00

Line

24

-95.46-22.3125.69

97.2225.7525.69

G~G1

218.3389.9978.72

LOAD7

220

.00

170

.00

Line78

-88

.82

-56

.44

29

.80

90

.44

62

.50

29

.80

G~G5

140

.00

179

.65

118

.62

T56

140

.00

179

.65

111

.10

-140

.00

-148

.79

111

.10

T98

-85

.00

-62

.96

73

.22

85

.00

70

.03

73

.22

Line67

-131

.18

-113

.56

49

.14

134

.35

132

.50

49

.14

G~ G9

85

.00

70

.03

86

.04

DIgSILENT


24/88

23

4-

7

200Mvar

.

Tap

T56

7 6

.

PowerFactory 14.1.3




Project: load flow

Graphic: Grid

Date: 930801

Annex: step2

Load Flow Balanced

Nodes



,

Branches

Active Power [MW]


BUS3220.440.96

137.08

BUS2229.431.00

143.04

BUS4220.350.96

137.96

BUS117.161.040.00

BUS8

221

.5

1

0.9

6

137

.2

9BUS7

203

.86

0.8

9

131

.69

BUS

5

18

.45

1.0

2

-7

.43

BUS6

228

.3

9

0.9

9

137

.2

4

BUS

9

13

.84

1.0

2

-9

.75

Shunt/Filter

0.0

0

0.0

0

1

Line

23

-119.49-26.8732.08

121.1134.5432.08

Line

36

5.6

5

16

.29

6.2

3

-5.51-23.136.23

Line

48

-5

.44

0.4

6

2.4

7

5.46-7.692.47

T12

218.3389.9990.83

-218.33-60.2990.83

LOAD3

125.0050.00

LOAD4

90.0030.00

Line

24

-95.46-22.3125.69

97.2225.7525.69

G~G1

218.3389.9978.72

LOAD7

220

.00

170

.00

Line78

-88

.82

-56

.44

29

.80

90

.44

62

.50

29

.80

G~G5

140

.00

179

.65

118

.62

T56

140

.00

179

.65

111

.10

-140

.00

-148

.79

111

.10

4 T98

-85

.00

-62

.96

73

.22

85

.00

70

.03

73

.22

Line67

-131

.18

-113

.56

49

.14

134

.35

132

.50

49

.14

G~ G9

85

.00

70

.03

86

.04

DIgSILENT


25/88

24

-4

:Station control

Station control

$

.1per unit #

reactive power control

7

.

PowerFactory 14.1.3




Project: load flow

Graphic: Grid

Date: 930801

Annex: step2

Load Flow Balanced

Nodes



,

Branches

Active Power [MW]


BUS3221.170.96

137.03

BUS2229.571.00

143.01

BUS4220.100.96

137.94

BUS117.161.040.00

BUS8

220

.5

5

0.9

6

137

.2

7BUS7

200

.85

0.8

7

131

.61

BUS

5

18

.45

1.0

2

-7

.45

BUS6

230

.1

4

1.0

0

137

.0

7

BUS

9

13

.84

1.0

2

-9

.76

Shunt/Filter

0.0

0

0.0

0

1

Line

23

-120.16-23.9931.99

121.7731.5731.99

Line

36

5.0

2

19

.28

6.9

1

-4.84-26.016.91

Line

48

-5

.71

-1

.20

2.1

8

5.73-6.012.18

T12

219.2888.9791.02

-219.28-59.1591.02

LOAD3

125.0050.00

LOAD4

90.0030.00

Line

24

-95.73-23.9925.89

97.5127.5825.89

G~G1

219.2888.9778.88

LOAD7

220

.00

200

.00

Line78

-88

.92

-63

.07

31

.34

90

.71

70

.70

31

.34

G~G5

140

.00

222

.50

136

.92

T56

140

.00

222

.50

128

.23

-140

.00

-181

.39

128

.23

6 T98

-85

.00

-69

.50

76

.34

85

.00

77

.18

76

.34

Line67

-131

.08

-136

.93

54

.49

134

.98

162

.11

54

.49

G~ G9

85

.00

77

.18

89

.70

DIgSILENT


26/88

25

Station control G5 Define

Station control load flow

controlled bar select

. Grid$

7 #ok

Station control 7

Station control 7G5

7 .1p.u

.

PowerFactory 14.1.3




Project: load flow

Graphic: Grid

Date: 930801

Annex: step2

Load Flow Balanced

Nodes



,

Branches

Active Power [MW]


BUS7

187

.22

0.8

1

130

.79

BUS3212.720.92

136.70

BUS2225.900.98

142.86

BUS4215.800.94

137.56

BUS117.161.040.00

BUS8

215

.6

4

0.9

4

136

.7

8

BUS

5

18

.45

1.0

2

-7

.50

BUS6

213

.8

8

0.9

3

137

.2

4

BUS

9

13

.84

1.0

2

-10

.19

Shunt/Filter

0.0

0

0.0

0

1

Line

23

-119.67-44.8034.68

121.5655.0134.68

Line

36

5.3

4

-1

.56

2.0

2

-5.33-5.202.02

Line

48

-6

.79

-2

.28

2.2

0

6.81-4.612.20

T12

220.27118.1596.14

-220.27-84.8896.14

LOAD3

125.0050.00

LOAD4

90.0030.00

Line

24

-96.81-25.3926.78

98.7229.8626.78

G~G1

220.27118.1583.32

LOAD7

220

.00

200

.00

Line78

-89

.06

-88

.09

38

.63

91

.79

104

.29

38

.63

G~G5

140

.00

162

.39

111

.67

T56

140

.00

162

.39

104

.59

-140

.00

-135

.04

104

.59

0 T98

-85

.00

-102

.02

94

.42

85

.00

113

.77

94

.42

Line67

-130

.94

-111

.91

53

.12

134

.66

136

.61

53

.12

G~ G9

85

.00

113

.77

110

.95

DIgSILENT


27/88

26

.

-

7

7

Station control 7G5

7

.1p.u

.

2-

PowerFactory 14.1.3




Project: load flow

Graphic: Grid

Date: 930801

Annex: step2

Load Flow Balanced

Nodes



,

Branches

Active Power [MW]


BUS7

230

.00

1.0

0

132

.71

BUS3239.761.04

137.48

BUS2237.581.03

143.21

BUS4229.341.00

138.51

BUS117.161.040.00

BUS8

231

.03

1.0

0

137

.91

BUS5

23

.95

1.3

3

-10

.21

BUS6

266

.48

1.1

6

136

.54

BUS9

13

.84

1.0

2

-9

.26

Shunt/Filter

0.0

0

0.0

0

1

Line

23

-122.5628.9330.67

124.04-23.20

30.67

Line

36

4.0

8

77

.55

19

.02

-2.44-78.9319.02

Line

48

-4

.93

1.4

9

2.6

6

4.96-9.342.66

T12

220.5925.8185.42

-220.590.4585.42

LOAD3

125.0050.00

LOAD4

90.0030.00

Line

24

-94.96-20.6624.46

96.5522.74

24.46

G~G1

220.5925.8174.03

LOAD7

220

.00

200

.00

Line78

-88

.98

5.6

9

22.5

4

89.9

3

-6.5

9

22.5

4

G~G5

140

.00

369

.40

205

.75

T56

140

.00

369

.40

148

.48

-140

.00

-314

.28

148

.48

0 T98

-85

.00

5.1

0

56

.52

85

.00

-0

.89

56

.52

Line67

-131

.02

-205

.69

61.2

2

135

.92

236

.74

61.2

2

G~ G9

85

.00

-0

.89

66

.41

DIgSILENT


28/88

27

56

Station control

,

.

-5 :FEEDER

Feeder

.

Station control 67 $cubicle#

line 23 2

Define

Feeder.

ok

.


29/88

28

load flow

Adjusted by feeder load scaling.

$ #

50 MW

.


30/88

29

.

-

feeder

124.04 MW 50 MW

.

6 Station control

$Vbus6 =1p.u.#

7$

Vbus7=211.34

#T56G5

.

$

bus2

lin23

#Digsilent

PowerFactory 14.1.3




Project: load flow

Graphic: Grid

Date: 930801

Annex: step2

Load Flow Balanced

Nodes



,

Branches

Active Power [MW]


BUS3225.880.98

144.91

BUS117.161.040.00

BUS

5

19

.19

1.0

7

3.3

0

BUS

9

13

.84

1.0

2

0.9

9

BUS4225.970.98

145.34

BUS2232.591.01

147.19

BUS6

230

.0

0

1.0

0

148

.5

9

BUS8

225

.1

5

0.9

8

148

.0

8BUS7

211

.34

0.9

2

144

.65

Shunt/Filter

0.0

0

0.0

0

1

Line

36

40

.05

0.4

7

10

.21

-39.53-5.6510.21

Line

23

-49.67-30.0414.84

50.0026.5414.84

Line

48

25

.39

-11

.02

7.1

0

-25.114.637.10

Line

24

-39.12-26.0412.01

39.4821.6912.01

Line78

-58

.82

-49

.99

21

.09

59

.61

48

.62

21

.09Line67

-98

.18

-92

.73

36

.89

99

.95

99

.46

36

.89

G~G1

89.4854.0534.85

G~ G9

85

.00

42

.88

74

.38

G~G5

140

.00

118

.41

95

.50

T12

89.4854.0540.21

-89.48-48.2340.21

T98

-85

.00

-37

.59

63

.30

85

.00

42

.88

63

.30

T56

140

.00

118

.41

86

.00

-140

.00

-99

.92

86

.00

0

LOAD7

157

.00

142

.72

LOAD3

89.2035.68

LOAD4

64.2321.41

DIgSILENT


31/88

31

load flow .feeder

:

show .Voltage Profile

:

$

Digsilent power factoty#

$ ANSI-IEC-DVE

-COMPLETE METHOD#

.

IEC60909

.

6.255.003.752.501.250.00 [km]

BUS2

BUS3

BUS5

BUS7

BUS9

BUS4

BUS1

1.10

1.06

1.02

0.98

0.94

0.90

[p.u.]

Voltage, Magnitude

2.000 km1.066 p.u.

6.000 km1.040 p.u.

2.000 km1.001 p.u.

0.994 km0.982 p.u.

0.006 km1.011 p.u.

4.000 km1.025 p.u.

5.000 km0.982 p.u.

2.995 km0.919 p.u.

4.000 km0.979 p.u.

My master :Dr eidiani Voltage Profile-BUS2_Line23


Date: 930728

Annex: step1 /1

DIgSILENT


32/88

3

-#

$ Skss#

$ Ikss$ #Ip #.

Calculate short - circuit

IEC609093-phase-circuit

Busbars and junction nodes

Execute .

.

$ # .


33/88

32

$ Skss$ #Ikss #

$ Ip

# .

Ctrl

showBar Diagram

.

PowerFactory 14.1.3




Project: load flow

Graphic: Grid

Date: 930801

Annex: step2

Max. 3-Phase Short-Circuit acc. to IEC60909

Short Circuit Nodes

Initial Short-Circuit Power [MVA]

Initial Short-Circuit Current [ kA]

Branches

Initial Short-Circuit Pow

Initial S hort-Circuit Cur

BUS3996.182.5016.155

BUS11926.8067.420

174.935

BUS5

1495.5

7

47.9

71

125.3

80

BUS9

1177.3

4

50.3

51

130.4

72

BUS4911.452.2885.480

BUS21355.003.4018.749

BUS6

1682.6

8

4.2

24

11.0

95

BUS8

1188.4

0

2.9

83

7.5

85B

US7

1137.1

8

2.8

55

7.2

41 Shunt/Filter

0.0

0

0.0

00

0.0

00

1

Line36

268.2

8

0.6

73

1.7

69

433.371.0882.678

Line23

563.281.4143.481

302.110.7581.951

Line48

270.1

7

0.6

78

1.7

24

355.710.8932.139

Line24

555.901.3953.342

250.370.6281.617

Line78

434.5

7

1.0

91

2.7

67

405.3

4

1.0

17

2.5

87Line67

702.6

2

1.7

64

4.4

74

310.4

4

0.7

79

2.0

47

G~G1

1498.1352.421

136.016

G~ G9

691.1

9

29.5

60

76.5

96

G~G5

1059.8

2

33.9

94

88.8

49

T12

429.1515.01638.963

804.432.0195.194

T98

514.1

4

1.2

91

3.2

81

486.3

0

20.7

98

53.8

91

T56

435.8

3

13.9

79

36.5

37

1104.8

2

2.7

73

7.2

85

0

LOAD7

LOAD3

LOAD4

DIgSILENT


34/88

33

Skss

Ikss

BUS7

BUS8

BUS6

BUS2

BUS4

BUS9

BUS5

BUS1

BUS3

2500.00

2000.00

1500.00

1000.00

500.00

0.00

Initial Short-Circuit Power in MVA

My master :Dr eidiani Bar-Diagram(3)


Date: 930728

Annex: step1 /4

DIgSILENT

BUS7

BUS8

BUS6

BUS2

BUS4

BUS9

BUS5

BUS1

BUS3

100.00

80.00

60.00

40.00

20.00

0.00

Initial Short-Circuit Current in kA

My master :Dr eidia ni Bar-Diagram


Date: 930728

Annex: step1 /5

DIgSILENT


35/88

34

Ip

# $

2,4,8#

$

Skss$

#Ikss

#

$Ip#.

Ctrl

Calculateshort - circuit

#

$ Busbars and

junction nodes

User selection

Execute

$

Skss #

$ Ikss$ #Ip# $2,4,8#

IEC60909.

BUS7

BUS8

BUS6

BUS2

BUS4

BUS9

BUS5

BUS1

BUS3

200.00

160.00

120.00

80.00

40.00

0.00

Peak Short-Circuit Current in kA

My master :Dr eidiani Bar-Diagram(4)


Date: 930728

Annex: step1 /6

DIgSILENT


36/88

35

2-#

$Multiple Faults# 68

.

Ctrl 68

CalculateMultiple Faults

$ complete #

$

. #

PowerFactory 14.1.3




Project: load flow

Graphic: Grid

Date: 930801

Annex: step2

Max. 3-Phase Short-Circuit acc . to IEC60909

Short Circuit Nodes


Initial Short-Circuit Current [kA]

Nodes

Line-Line Voltage, Magn

Voltage, Magnitude [p.u

BUS30.0000.0000.000

BUS10.0000.0000.000

BUS5

0.0

00

0.0

00

0.0

00

BUS9

0.0

00

0.0

00

0.0

00

BUS4911.452.2885.480

BUS21355.003.4018.749

BUS6

0.0

00

0.0

00

0.0

00

BUS8

1188

.40

2.9

83

7.5

85B

US7

0.0

00

0.0

00

0.0

00 Shunt/Filter

0.0

0

0.0

00

0.0

00

1

Line

36

0.0

0

0.0

00

0.0

00

0.000.0000.000

Line

23

0.000.0000.000

302.110.7581.951

Line

48

270

.17

0.6

78

1.7

24

355.710.8932.139

Line

24

555.901.3953.342

250.370.6281.617

Line78

0.0

0

0.0

00

0.0

00

405

.34

1.0

17

2.5

87Line67

0.0

0

0.0

00

0.0

00

0.0

0

0.0

00

0.0

00

G~G1

0.000.0000.000

G~ G9

0.0

0

0.0

00

0.0

00

G~G5

0.0

0

0.0

00

0.0

00

T12

0.000.0000.000

804.432.0195.194

T98

514

.14

1.2

91

3.2

81

0.0

0

0.0

00

0.0

00

T56

0.0

0

0.0

00

0.0

00

0.0

0

0.0

00

0.0

00

0

LOAD7

LOAD3

LOAD4

DIgSILENT


37/88

36

$ Skss #

$Ikss$ #Ip# $6,8#

.

# 26

48

,

Ikss

Skss.

PowerFactory 14.1.3




Project: load flow

Graphic: Grid

Date: 930801

Annex: step2

Multiple Faults

Short Circuit Nodes



Nodes



BUS390.8230.395

140.868

BUS114.760

0.895-0.054

BUS5

8.0

30

0.4

46

9.9

04

BUS9

4.0

56

0.3

00

8.0

50

BUS490.5660.394

142.174

BUS2141.5730.616

145.167

BUS6

952

.69

2.3

91

6.3

59

BUS8

727

.16

1.8

25

4.7

69B

US7

0.0

00

0.0

00

0.0

00 Shunt/Filter

0.0

0

0.0

00

0.0

00

1

Line

36

240

.56

0.6

04

1.6

06

239.030.6000.000

Line

23

262.590.6590.000

259.510.6510.000

Line

48

225

.76

0.5

67

1.4

81

224.240.5630.000

Line

24

239.810.6020.000

236.750.5940.000

Line78

0.0

0

0.0

00

0.0

00

0.0

0

0.0

00

0.0

00Line67

0.0

0

0.0

00

0.0

00

0.0

0

0.0

00

0.0

00

G~G1

496.2217.3630.000

G~ G9

490

.70

20

.986

0.0

00

G~G5

713

.79

22

.895

0.0

00

T12

496.2217.3630.000

496.221.2460.000

T98

501

.61

1.2

59

3.2

89

490

.70

20

.986

0.0

00

T56

713

.79

22

.895

0.0

00

713

.79

1.7

92

4.7

65

0

LOAD7

0.0

0

0.0

00

0.0

00

LOAD3

39.340.0990.000

LOAD4

27.620.0690.000

DIgSILENT


38/88

37

3-36 IEC 61"6. Ip

.

PowerFactory 14.1.3




Project: load flow

Graphic: Grid

Date: 930801

Annex: step2

Multiple Faults

Short Circuit Nodes



Nodes



BUS392.6460.403

137.689

BUS114.7850.896-0.464

BUS5

8.0

36

0.4

46

7.0

25

BUS9

4.1

22

0.3

05

0.4

75

BUS492.9510.404

138.118

BUS2142.8700.621

143.590

BUS6

948

.96

2.3

82

6.3

35

BUS8

717

.15

1.8

00

4.7

03B

US7

9.2

78

0.0

40

66

.546

Shunt/Filter

0.0

0

0.0

00

0.0

00

1

Line

36

238

.23

0.5

98

1.5

90

236.680.5940.000

Line

23

263.310.6610.000

260.260.6530.000

Line

48

221

.39

0.5

56

1.4

52

219.870.5520.000

Line

24

238.700.5990.000

235.700.5920.000

Line78

14

.35

0.0

36

0.0

00

13

.96

0.0

35

0.0

92Line67

6.4

7

0.0

16

0.0

00

6.8

0

0.0

17

0.0

45

G~G1

495.7717.3480.000

G~ G9

489

.96

20

.954

0.0

00

G~G5

714

.34

22

.913

0.0

00

T12

495.7717.3480.000

495.771.2440.000

T98

500

.85

1.2

57

3.2

84

489

.96

20

.954

0.0

00

T56

714

.34

22

.913

0.0

00

714

.34

1.7

93

4.7

68

0

LOAD7

10

.14

0.0

25

0.0

00

LOAD3

40.130.1010.000

LOAD4

28.350.0710.000

DIgSILENT


39/88

38

Calculateshort - circuit

Execute.

6.191 KA

;36$Ip.

#

PowerFactory 14.1.3

LaboratoryP ower System Analysis1

MyMaster : Dr eidianiUndergraduate : Hassan Fakhrtaha


Project: load fl ow

Graphic: Grid

Date: 930801

Annex: step2

Max. 3-Phase Short-Circuit acc. to IEC60909

Short Circuit Nodes



Nodes



BUS361.8390.269-5.452

BUS113.8760.841

-150.732

BUS5

14

.126

0.7

85

-151

.570

BUS9

11

.857

0.8

78

-151

.656

BUS4154.4720.672-2.757

BUS2142.3350.619-2.888

BUS6

137

.521

0.5

98

-4

.203

BUS8

177

.104

0.7

70

-2

.875B

US7

154

.004

0.6

70

-3

.567

Shunt/Filter

0.0

0

0.0

00

0.0

00

1

Line

36

607

.09

1.5

24

0.0

00

409.481.0280.000

Distance:60.00 %1016.51 MVA

2.552 kA6.191 kA

Line

23

409.481.0280.000

409.481.0280.000

Line

48

56

.42

0.1

42

0.0

00

56.420.1420.000

Line

24

56.420.1420.000

56.420.1420.000

Line78

99

.32

0.2

49

0.0

00

99

.32

0.2

49

0.0

00Line67

99

.32

0.2

49

0.0

00

99

.32

0.2

49

0.0

00

G~G1

353.1812.3580.000

G~ G9

152

.35

6.5

16

0.0

00

G~G5

507

.81

16

.288

0.0

00

T12

353.18

12.3580.000

353.180.8870.000

T98

155

.74

0.3

91

0.0

00

152

.35

6.5

16

0.0

00

T56

507

.81

16

.288

0.0

00

507

.81

1.2

75

0.0

00

0

LOAD7

LOAD3

LOAD4

DIgSILENT


40/88

39

: DIgSILENT

$ Digsilent power factoty #2111

.

#

:

- G1 .(Variable Set(simDefine

2-.

3- EMTSimulation

firel

.

:

firel

.


41/88

41

4-OK$

#G5G9 .

: #

, .

line 36

0.1s

0.3s

..

- line36

DefineShort circuit event

0.1s ok.

2- line36

DefineSwitch event

Basic data

0.3s

Action

openok.

: 2

.

.

#

:

-

Grid

Insert page

Create new page.

2- Virtual instrument panel Execute

.project

3-

Append new VI(s)

Subplot(visplot)

ok

.


42/88

4

4-

Edit

.

Element$#

.

:

Calculate Initial condition .

G1 $2 G1$# . #

5-

Variable#

$

firel

.

6-

Insert rows

.

7- 45 G5G9.

Calculate Initial condition-8 Execute .

:

Calculate Initial condition. $

# .

-9 Start Simulation 10s

Execute.


43/88

42

#

Defin/Switch Event / Time = 0.3 s

:

Scale.

#

reset calculate

Switch event

0.4300643 s

ok

.

Start Simulation .

10.008.006.004.002.000.00 [s]

100.00

75.00

50.00

25.00

0.00

-25.00

G5: Rotor angle with reference to reference machine an gle in deg



My master :Dr eidiani Project


Date: 930728

Annex: step1 /2

DIgSILENT


44/88

43


#

reset calculate

# $ 0.4300644 s ok

. Start Simulation

.

10.008.006.004.002.000.00 [s]

200.00

150.00

100.00

50.00

0.00

-50.00

G5: Rotor angle with reference to reference machine angle in deg





Date: 930728

Annex: step1 /2

DIgSILENT


45/88

44


:

$avr-gov-pss#

(avr-gov-pss)

Digsilent

.

Automatic Voltage Regulator$AVR: #

AVR

$PT #

10.008.006.004.002.000.00 [s]

300.00

200.00

100.00

0.00

-100.00

-200.00






Date: 930728

Annex: step1 /2

DIgSILENT


46/88

45

# $

.

.

Governor$gov: #

$

#

$

#

.

Power System Stabilizer$PSS: #

PSS

.PSS

$

avr-gov-pss #:

$ avr-gov-pss # .

G5

:Define


47/88

46

-Governor and Turbine(gov)

2-$AVR#Automatic Voltage Regulator

3-$PSS#Power System Stabilizer

:

-pcu_HYGOV

2-vco_IEEET1

3-pss_STAB1

LibraryDatabase

past

OK

.

Edit relevant objects for calculation

Composite Modelpcupssvco.

Composite Model

out of service

pcupssvco

.


48/88

47

36

Start Simulation

.

$Hlim=0.05 #

pss.

Hlim=0.2 Hlim=0.01

Hlim

pss .

.

9.99187.97345.95513.93671.9184-0.1000 [s]

200.00

150.00

100.00

50.00

0.00

-50.00

G5: Rotorangle with reference to reference machine angle in deg




Undergraduate : Hassan Fakhrtaha Numberof Undergraduate : 9324044216

Date: 930728

Annex: step1 /2

DIgSILENT

10.008.006.004.002.000.00 [s]

300.00

200.00

100.00

0.00

-100.00

-200.00

G5:Rotoranglewithreferencetoreferencemachineangleindeg




Undergraduate : Hassan Fakhrtaha Number of Undergraduate :9324044216

Date: 930728

Annex:step1 /2

DIgSILENT

10.008.006.004.002.000.00 [s]

300.00

200.00

100.00

0.00

-100.00

-200.00

G5:Rotoranglewith referencetoreferencemachineangle indeg




Undergraduate : Hassan Fakhrtaha Number of Undergraduate :9324044216

Date: 930728

Annex:step1 /2

DIgSILENT


49/88

48

:

,

,

.

:

9 T98

.

$ #9

Composite Model

G5

OUT OF SERVICE

.

:

,

$ . #9.

-

.

PAST

OK.


50/88

49

2-

Type

ok.

3- 36out of

service.

-4

DefineSwitch event

closeBreaker

.

5- 4 2Breakeropen

2.

6- 4 5Breakerclose

5.

7-$ 1#Bus9

DefineShort-Circuit Event

8

Fault Type

.

8- 7 8.3

Fault Typeclear short

circuit

.


51/88

51

9-

Edit Simulation Events

.

1-

(DifineVariable set (sim

EMT-Simulation

RMS-Simulation

$xme# $xmt#

$

slip# Selected Variable

Variable SetSingle$ speed p.u #

ok .

-

.

:

Grid Insert page

Create new page.


52/88

5

Virtual instrument panel Execute

.project

Append new VI(s)

Subplot(visplot)4 ok

.

Edit

.

Subplot x-y plot

y-Axis$

xme#

$x-Axis speed .#ok

2-$ #calculate initial condition

$ 2#start simulation 2

.


53/88

52

:

8.3

.

$ #

S= 0.

12.5010.007.505.002.500.00 [s]

0.40

0.30

0.20

0.10

0.00

-0.10

Asynchronous Machine: Speed in p.u.

12.5010.007.505.002.500.00 [s]

1.20

0.90

0.60

0.30

0.00

-0.30

Asynchronous Machine: Slip in -

12.5010.007.505.002.500.00 [s]

0.08

0.06

0.04

0.02

-0.00

-0.02

Asynchronous Machine: Mechanical Torque in p.u.

12.5010.007.505.002.500.00 [s]

0.04

0.00

-0.04

-0.08

-0.12

-0.16

Asynchronous Machine: Electrical Torque in p.u.

My master :Dr eidiani Project(1)


Date: 930728

Annex: step1 /3

DIgSILENT


54/88

53

$-. #

$avr-gov-pss#.

0.400.300.200.100.00-0.10 [p.u.]

0.04

0.00

-0.04

-0.08

-0.12

-0.16

[p.u.]

Asynchronous Machine: Speed in p.u. / Electrical Torque in p.u.



Date: 930728

Annex: step1 /4

DIgSILENT

12.5010.007.505.002.500.00 [s]

80.00

60.00

40.00

20.00

0.00

-20.00

G5: Rotor angle with reference to reference machine angle i n deg




Undergraduate : Hassa n Fakhrtaha Number of Undergraduate : 9324044216

Date: 930728

Annex: step1 /2

DIgSILENT


55/88

54

$avr-gov-pss#.

$avr-gov-pss#

.

$

-

#

.

12.5010.007.505.002.500.00 [s]

0.40

0.30

0.20

0.10

0.00

-0.10

Asynchronous Machine: Speed in p.u.

12.5010.007.505.002.500.00 [s]

1.20

0.90

0.60

0.30

0.00

-0.30

Asynchronous Machine: Slip in -

12.5010.007.505.002.500.00 [s]

0.100

0.075

0.050

0.025

0.000

-0.025

Asynchronous Machine: Mechanical Torque in p.u.

12.5010.007.505.002.500.00 [s]

0.04

0.00

-0.04

-0.08

-0.12

-0.16

Asynchronous Machine: Electrical Torque in p.u.



Date: 930728

Annex: step1 /3

DIgSILENT

0.400.300.200.100.00-0.10 [p.u.]

0.04

0.00

-0.04

-0.08

-0.12

-0.16

[p.u.]

Asynchronous Machi ne: Speed in p.u. / Elec trical T orque in p.u.

My master :Dr eidia ni Project(2)


Date: 930728

Annex: step1 /4

DIgSILENT


56/88

55

$avr-gov-pss#.

G5

.

- PSS .

.

PSS

.

12.5010.007.505.002.500.00 [s]

80.00

60.00

40.00

20.00

0.00

-20.00

G5: Rotor angle with reference to reference machi ne angle in deg

G9: Rotor angle with reference to reference machi ne angle in degG1: Rotor angle with reference to reference machi ne angle in deg



Date: 930728

Annex: step1 /2

DIgSILENT


57/88

56

:

6-:

9

load4.

- load4

ok

4

.

-2 4

4 5 ok

.

PowerFactory14.1.3

LaboratoryPower System Analysis1

MyMaster: DreidianiUndergraduate : Hassan Fakhrtaha

Numberof Undergraduate : 9324044216

Project: load flow

Graphic: Grid

Date: 930801

Annex: step2

Load FlowBalanced

Nodes



Branches

Active Power[MW]

Reactive Power[Mvar]

BUS3221.780.96

144.51

BUS2230.881.00

147.02

BUS4224.070.97

145.15

BUS117.161.040.00

BU

S8

229.55

1.00

150.28

BUS7

226.45

0.98

148.41

BUS5

18.45

1.02

6.01

BU

S6

230.99

1.00

151.13

BUS9

13.84

1.02

3.13

Line23

-54.38-40.3617.63

54.8538.2017.63

Line36

72.35

10.64

18.55

-70.62-9.6418.55

Line48

52.09

0.36

13.18

-51.02-3.4113.18

T12

94.2067.7644.63

-94.20-60.5944.63

LOAD3

125.0050.00

LOAD4

90.0030.00

Line24

-38.98-26.5912.16

39.3522.3912.16

G~G1

94.2067.7646.89

LOAD7

100.00

35.00

Line78

-32.77

-13.11

9.00

32.91

5.52

9.00

G~G5

140.00

39.88

75.82

T56

140.00

39.88

71.01

-140.00

-27.27

71.01

T98

-85.00

-5.88

56.91

85.00

10.15

56.91

Line67

-67.23

-21.89

18.03

67.65

16.63

18.03

G~ G9

85.00

10.15

66.88

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PowerFactory14.1.3

LaboratoryPower System Analysis 1

MyMaster:Dr eidian i Undergraduate:Navid Aghli

Number of Undergraduate:38600185

Project: Load Flow

Graphic: Grid

Date: 26/10/2010

Annex: Step 1

Harmonic; U-I Distribution; Output Frequency=50.00 Hz

Nodes

Total Harmonic Distortion [%]

Harmonic Distortion [%]

RMS-Value of Voltage [p.u.]

Branches

Current, Magnitude [A]

Current, RMS-Value [kA]

Total Active Power [MW]

Bus7

62.9

8

100.0

0

1.1

6

Bus6

50.3

9

100.0

0

1.1

2

Bus5

30.8

6

100.0

0

1.0

7

Bus468.83100.00

1.18

Bus373.33100.001.20

Bus249.36100.001.12

Bus126.41100.001.08

Bus9

38.9

6

100.0

0

1.1

0

Bus8

53.8

3

100.0

0

1.1

3

T12

280.090.30

-94.20

3904.254.22

94.20

T56

45

55.2

5

4

.70

140.0

0

356.5

0

0

.37

-1

40.0

0

Load4

244.440.25

88.07

T98

214.3

0

0

.23

-8

5.0

0

35

71.7

0

3

.77

8

5.0

0

Load3

350.480.35

125.00

Load7

270.1

3

0.2

7

100.0

0

G~G1

3904.254.22

94.20

G~G

5

45

55.2

5

4

.70

140.0

0

G~G

9

35

71.7

0

3

.77

8

5.0

0

Line24

121.580.14

-36.87

113.220.16

37.56

Line23

176.310.19

-56.00

167.150.20

56.64

Line48

131.0

2

0.1

6

52.9

1

131.750.15

-51.19

Line78

89.9

9

0.1

1

-31.7

7

83.9

4

0.1

3

32.0

9Line67

174.1

3

0.2

1

68.7

8

180.2

7

0.1

9

-68.2

3

Line36

182.7

7

0.2

0

71.2

2

185.540.20

-69.00

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#HD$Harmonic Distortion

THD$Harmonic DistortionTotal#

ctrl

.

THD

HD

THD

3

$ 4 4#

:HD

Bus8

Bus9

Bus1

Bu

s2

Bus3

Bus4

Bus5

Bus6

Bus7

100.00

80.00

60.00

40.00

20.00

0.00

Total Harmonic Distortionin %

Answer The Question number 4 of the (questions1-3) Bar-Diagram

MyMaster:Dreidiani Undergraduate:Hassanfakhrtaha

Date: 26/10/2010

Annex:question /1

DIgSILENT

1.00 5.00 7.00 11.0 13.0 17.0 19.0 [-]

125.00

100.00

75.00

50.00

25.00

0.00

Bus1:Harmonic Distortionin %









Answer The Question number 4 o f the (questions 1-3) Distortion

MyMaster:Dreidiani Undergraduate:Hassanfakhrtaha

Date:26/10/2010

Annex:question/2

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.3

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50

:

= 50 x 19 = 950 hz

.

THD

THD .

:

HD:

$ Harmonic Distortion.

#

.

.

150 HZ

5250 HZ4

7350 HZ7

11550 HZ4

13650 HZ3

17850 HZ8

19950 HZ4


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:2-6

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.

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20.00016.04012.0808.12004.16000.2000 [-]

8.00E+4

6.00E+4

4.00E+4

2.00E+4

0.00E+0

-2.00E+4

Bus4: Network Impedance, Magnitude in Ohm

Answer The Question num ber 4 of the (que stions 1-3) Project

MyMaster:Dr eidiani Undergraduate: Hassanfakhrtaha

Date: 93.09.24

Annex: question /3

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.

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.

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20 Mvar 7

.

7 .

1.00 5.00 6.27 11.0 13.0 17.0 19.0 [-]

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100.00

75.00

50.00

25.00

0.00

Bus1: Harmonic Distortion in %









Answer The Question number 4 of the (questions 1-3) Distortion

My Master:Dr eidiani Undergraduate: Hassanfakhrtaha

Date: 93.09.24

Annex: question /3

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7.

PowerFactory 14.1.3

Laboratory Power System Analysis 1

My Master:Dr eidian iUndergraduate:Navid Aghli

Number of Undergraduate:38600185

Project: Load Flow

Graphic: Grid

Date: 26/10/2010

Annex: Step 1

Load Flow Balanced

Nodes



Voltage, Angle [deg]

Branches

Acti ve Power [MW]


Loading [%]

Bus7

229.7

4

1.0

0

148.3

3

Bus6

232.41

1.0

1

151.05

Bus5

1

8.4

5

1

.02

5

.90

Bus4224.780.98

145.16

Bus3222.600.97

144.52

Bus2231.311.01

147.03

Bus117.161.040.00

Bus9

1

3.8

4

1

.02

3

.06

Bus8

230.67

1.0

0

150.23

Shunt/Filter

0.0

0

-19.9

6

T12

-94.12-57.4343.85

94.1264.3543.85

T56

140.0

0

29.7

5

69.8

2

-140.0

0

-17.5

7

69.8

2

Load4

90.0030.00

T98

-85.0

0

2.4

3

56.5

3

85.0

0

1.7

8

56.5

3

Load3

125.0050.00

Load7

100.0

0

35.0

0

G~G1

94.1264.3546.07

G~G5

140.0

0

29.7

5

74.5

5

G~ G9

85.0

0

1.7

8

66.4

2

Line24

-38.94-25.4511.95

39.3021.1511.95

Line23

-54.36-38.6317.30

54.8136.2817.30

Line48

52.1

2

1.4

1

13.1

7

-51.06-4.5513.17

Line78

-32.7

5

-4.0

3

8.2

9

32.8

8

-3.8

4

8.2

9Line67

67.6

4

5.2

8

17.1

2

-67.2

5

-11.0

1

17.1

2

Line36

72.3

6

12.2

8

18.5

6

-70.64-11.3718.56

DIgSILENT

20.00016.04012.0808.12004.16000.2000 [-]

8.00E+4

6.00E+4

4.00E+4

2.00E+4

0.00E+0

-2.00E+4

Bus4:NetworkImpedance,MagnitudeinOhm

Answer The Question number 4 of the (questions1-3) Project

MyMaster:Drei diani Undergraduate: Hassanfakhrtaha

Date:93.09.24

Annex:question/1

DIgSILENT


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PowerFactory 14.1.3

LaboratoryP ower System Analysis1

MyMaster : Dr eidiani

Undergraduate : Hassan FakhrtahaNumber of Undergraduate : 9324044216

Project: load flow

Graphic: Grid

Date: 930801Annex: step2

Load Flow Balanced

Nodes

Line-Line Voltage, Magnitude [kV]Voltage, Magnitude [p.u.]

Branches

Active Power [MW]Reactive Power [Mvar]

BUS3221.780.96

144.51

BUS2230.881.00

147.02

BUS4224.070.97

145.15

BUS117.161.040.00

BUS8

229

.55

1.0

0

150

.28

BUS7

226

.45

0.9

8

148

.41

BUS5

18

.45

1.0

2

6.0

1

BUS6

230

.99

1.0

0

151

.13

BUS9

13

.84

1.0

2

3.1

3

Line

23

-54.38-40.3617.63

54.8538.2017.63

Line

36

72

.35

10

.64

18

.55

-70.62-9.64

18.55

Line

48

52

.09

0.3

6

13

.18

-51.02-3.41

13.18

T12

94.2067.7644.63

-94.20-60.5944.63

LOAD3

125.0050.00

LOAD4

90.0030.00

Line

24

-38.98-26.5912.16

39.3522.3912.16

G~G1

94.2067.7646.89

LOAD7

100

.00

35

.00

Line78

-32

.77

-13

.11

9.0

0

32

.91

5.5

2

9.0

0

G~G5

140

.00

39

.88

75

.82

T56

140

.00

39

.88

71

.01

-140

.00

-27

.27

71

.01

T98

-85

.00

-5

.88

56

.91

85

.00

10

.15

56

.91

Line67

-67

.23

-21

.89

18

.03

67

.65

16

.63

18

.03

G~ G9

85

.00

10

.15

66

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PowerFactory14.1.3

LaboratoryPower System Analysis 1

MyMaster:Dreidi aniUndergraduate:Navid Aghli

Numberof Undergraduate:38600185

Project: Load Flow

Graphic: Grid

Date: 26/10/2010

Annex: Step 1

Load FlowBal anced

Nodes



Voltage, Angle [deg]

Branches

Active Power[MW]


Loading [%]

Bus7

226.4

5

0.9

8

dastorkar-fakhrtaha

Documents