Terminal M T - AVV1

Enlace CC

Terminal GSCTerminal estator

3-Winding Transformer0

G~

DFIG - RSC

GSC

Capacitor DC link

DIg

SIL

EN

T

PowerFactory 14.1.3

Project:

Graphic: Grid Parque

Date: 2/27/2015

Annex:

Load Flow Balanced

Nodes

Line-Line Voltage, Magnitude [kV]

Voltage, Magnitude [p.u.]

Voltage, Angle [deg]

Branches

Active Power [MW]

Reactive Power [Mvar]

Loading [%]

Terminal MT - AVV9

Terminal MT - AVV8Terminal MT - AVV7Terminal MT - AVV6Terminal MT - AVV5

Terminal MT - AVV4Terminal MT - AVV3

Terminal MT - AVV20

Terminal MT - AVV1

Terminal MT - AVV19Terminal MT - AVV18Terminal MT - AVV17

Terminal MT - AVV16Terminal MT - AVV15Terminal MT - AVV14Terminal MT - AVV13

Terminal MT - AVV12Terminal MT - AVV11Terminal MT - AVV10

Terminal MT - AVV2

Fuente

de te

nsi

n

MV Terminal Parque

PCC

AVV6

AVV10

AVV14 AVV15

AVV11

AVV7 AVV8

AVV12

AVV16

AVV20AVV19AVV18AVV17

AVV13

AVV9

AVV5

Line

a A

VV

1

AVV1

Ex

tern

al

..

V ~F

ue

nte

_te

ns

in

L i ne

V~

AC Voltag..

Line

a A

VV

20Li

nea

AV

V16

Line

a A

VV

19Li

nea

AV

V15

Line

a A

VV

11

Line

a A

VV

12

Line

a A

VV

18

AVV2

Line

a A

VV

14Li

nea

AV

V10

Line

a A

VV

17Li

nea

AV

V13

Line

a A

VV

9

Line

a A

VV

8

Line

a A

VV

7

Line

a A

VV

6

Line

a A

VV

5

Line

a A

VV

4

2-Winding Transformer

AVV3 AVV4

Line

a A

VV

3

Line

a A

VV

2

DIg

SIL

EN

T

control_para_tesis2:

PI_Limits4Kp_I,Ki_I

max _iqr_ref

min_iqr_ref

0

1

-

PI_Limits4Kp_I,Ki_I

max_Pmqr

min_Pmqr

PI_Limits4Kp_I,Ki_I

max_Pmdr

min_Pmdr

-

-

1/(1+sT)Tf iltCurrent

1/(1+sT)TfiltCurren..

PI_Limits4Kp_I,Ki_I

max_idr_ref

min_idr_ref

0

1

control_para_tesis2:

0

0

1

17

8

3

4

5

2

6Qs

Pdfig

iqr_

filt

iqr

idr

IdLVRT

iqLVRT

o12

Qref_int_RSC Pmqr

y i2iq_refo16o15

Pref_int_RSC

bypass

o13Pmdr

y iid_ref

idr_

filt

DIg

SIL

EN

T

control_para_tesis2:

PI_Limits4Kp_I,Ki_I

max_iqr_ref

min_iqr_ref

0

1

-

PI_Limits4Kp_I,Ki_I

max_Pmqr

min_Pmqr

PI_Limits4Kp_I,Ki_I

max_Pmdr

min_Pmdr

-

-

-PI_Limits4Kp_I,Ki_I

max_idr_ref

min_idr_ref

0

1

control_para_tesis2:

0

0

1

19

10

3

4

6

2

8

6

4idr

iqr

Qs

Pdfig

IdLVRT

iqLVRT

o12

Qref_int_RSC Pmqr

y i2iq_refo16o15

Pref_int_RSC

by pass

o13Pmdr

y iid_ref

DIg

SIL

EN

T

control_para_tesis2(1):

V enlace CC

Q medida

Modelo Viento

Q medida

P medida

RSCControl Convertidor GSC

Control Convertidor RSC

DFIG-RSC

Modelo Aerodinamicoy Sistema Mecnico

Control Principal del Parque

Vcc_ref*

Slot PLL*

0

1

Slot Control Principal de la turbina*

0

1

2

3

4

0

1

2

3

4

5

6

7

8

Slot Q medicionStaPqmea*

Slot control corrient..*

0

1

2

3

4

0

1

5

Slot Conv ertidor*

0

1

2

3

0

1

2

Slot DFIGElmAsm*

0

1

0

1

Slot Rotor Conv erter ControlElmCas*

0

1

2

3

4

5

6

7

8

Slot PQStaPqmea*

Slot PQ WTStaPqmea*

Slot Viento*

Slot Aerodinamica + sist mecanico*

0

1

2

control_para_tesis2(1):

2

0

1

2

0

2

0

Qref_conv

Vcc

id

iq

Vcc

_ref

1

Qconv

Pposible_pu

Qdispon_pu

Pmd

Pmq

cosref

sinref

QrefExt_pu

PrefExt_pu Qstator_pu

Pgrid_pu

idLVRT

iqLVRT

bypass

Qref_pu

Pref_pu

Beta_deg

wind_mps

pt

ird_rot_pu;irq_rot_pu

Pmd;Pmq

wgenerator_pu

DIg

SIL

EN

T

control_para_tesis2(1):

V enlace CC

Q medida

Modelo Viento

Q medida

P medida

RSCControl Convertidor GSC

Control Convertidor RSC

DFIG-RSC

Modelo Aerodinamicoy Sistema Mecnico

Control Principal del Parque

Vcc_ref*

Slot PLL*

0

1

Slot Control Principal de la turbina*

0

1

2

3

4

0

1

2

3

4

5

6

7

8

Slot Q medicionStaPqmea*

Slot control corrient..*

0

1

2

3

4

0

1

5

Slot Conv ertidor*

0

1

2

3

0

1

2

Slot DFIGElmAsm*

0

1

0

1

Slot Rotor Conv erter ControlElmCas*

0

1

2

3

4

5

6

7

8

Slot PQStaPqmea*

Slot PQ WTStaPqmea*

Slot Viento*

Slot Aerodinamica + sist mecanico*

0

1

2

control_para_tesis2(1):

2

0

1

2

0

2

0

Qref_conv

Vcc

id

iq

Vcc

_ref

1

Qconv

Pposible_pu

Qdispon_pu

Pmd

Pmq

cosref

sinref

QrefExt_pu

PrefExt_pu Qstator_pu

Pgrid_pu

idLVRT

iqLVRT

bypass

Qref_pu

Pref_pu

Beta_deg

wind_mps

pt

ird_rot_pu;irq_rot_pu

Pmd;Pmq

wgenerator_pu

DIg

SIL

EN

T

Load Flow Balanced

Nodes

Line-Line Voltage, Magnitude [kV]

Voltage, Magnitude [p.u.]

Voltage, Angle [deg]

Branches

Active Power [MW]

Reactive Power [Mvar]

Loading [%]

Terminal MT - AVV9

Terminal MT - AVV8Terminal MT - AVV7Terminal MT - AVV6Terminal MT - AVV5

Terminal MT - AVV4Terminal MT - AVV3

Terminal MT - AVV20

Terminal MT - AVV1

Terminal MT - AVV19Terminal MT - AVV18Terminal MT - AVV17

Terminal MT - AVV16Terminal MT - AVV15Terminal MT - AVV14Terminal MT - AVV13

Terminal MT - AVV12Terminal MT - AVV11Terminal MT - AVV10

Terminal MT - AVV2

Fuente

de te

nsi

n

MV Terminal Parque

PCC

AVV6

AVV10

AVV14 AVV15

AVV11

AVV7 AVV8

AVV12

AVV16

AVV20AVV19AVV18AVV17

AVV13

AVV9

AVV5

Line

a A

VV

1

AVV1

Ex

tern

al

..

L i ne

V~

AC Voltag..

Line

a A

VV

20Li

nea

AV

V16

Line

a A

VV

19Li

nea

AV

V15

Line

a A

VV

11

Line

a A

VV

12

Line

a A

VV

18AVV2

Line

a A

VV

14Li

nea

AV

V10

Line

a A

VV

17Li

nea

AV

V13

Line

a A

VV

9

Line

a A

VV

8

Line

a A

VV

7

Line

a A

VV

6

Line

a A

VV

5

Line

a A

VV

4

2-Winding Transformer

AVV3 AVV4

Line

a A

VV

3

Line

a A

VV

2

DIg

SIL

EN

T

control_GSC:

-

--PI_Limits

Kd,Td

max_Pmd

min_Pmd

0

1

PI_LimitsK_PIQ,T_PIQ

max_iqg_ref

min_iqg_ref

0

1

PI_LimitsKudc,Tudc

max_idg_ref

min_idg_ref

0

1

PI_LimitsKq,Tq

max_Pmq

min_Pmq

0

1

-

control_GSC:

4

5

1

0

1

6

2

3

0

Uref_dc

bypass

idg

iqg

Pmq

Pmd

Udc

Qgsc

Qref_GSC

y i1iqg_refy i

idg_ref

DIg

SIL

EN

T

control_principalAVV:

Lookup Table Pdisponible

Control ngulode paso

Proteccin

Lookup Table curva PQ

Control LVRTControl Coordinado

de Q

Restauracin P y Q

Regulacin de P

Control MPPT

Proteccin0

1

Control LVRT.

0

1

2

0

1

Restauracin P y Q

0

1

2

3

0

1

Control Coordinado Q

0

1

0

1

Curv a PQ

Limiter

Pmax_ext_pu

Pmin_ext_pu

Gradient LimiterTSimStep_Gradient_seg

max_dPext_dt_pu

min_dPext_dt_pu

1/KPnom_MW

Limiter

Beta_max_deg

Beta_min_deg

Limiter

Pmax_conve..

0

Limiter

wgNom_pu

wgMin_pu

Lookup Tablearray _Curv a_Pturbina_MW_VsViento_mps

PI_LimitsKp_BetaCtrl,K..

Beta_max_d..

Beta_min_d..

KK_wind_to_wgo..

Gradient Limi..TSimStep_Grad..

max_dBeta_dt

min_dBeta_dt

MIN

0

1

- PI_LimitsKp_SpeedCtrl,..

Pmax_mppt

0

control_principalAVV:

2

5

11

8

88

0

5

6

6

0

2

7

7

8

1

3

1

3

0

2

10trip

Qre

f

Qref_int_RSC

Pref_int_RSC

Pref

Qs

Pdfig

iqLVRT

idLVRT

byp

ass

UestatorQref_conv

Qref_dfig

Wt

Vvientoy i6

y i2Pref_AVVn

Pdispon

beta_ref

y i

y i5y i4

Pref_ext

wgen_ref

y i3

Pmppt

DIg

SIL

EN

T

control_principalAVV:

Lookup Table Pdisponible

Control ngulode paso

Proteccin

Lookup Table curva PQ

Control LVRTControl Coordinado

de Q

Restauracin P y Q

Regulacin de P

Control MPPT

Proteccin0

1

Control LVRT.

0

1

2

0

1

Restauracin P y Q

0

1

2

3

0

1

Control Coordinado Q

0

1

0

1

Curv a PQ

Limiter

Pmax_ext_pu

Pmin_ext_pu

Gradient LimiterTSimStep_Gradient_seg

max_dPext_dt_pu

min_dPext_dt_pu

1/KPnom_MW

Limiter

Beta_max_deg

Beta_min_deg

Limiter

Pmax_conve..

0

Limiter

wgNom_pu

wgMin_pu

Lookup Tablearray _Curv a_Pturbina_MW_VsViento_mps

PI_LimitsKp_BetaCtrl,K..

Beta_max_d..

Beta_min_d..

KK_wind_to_wgo..

Gradient Limi..TSimStep_Grad..

max_dBeta_dt

min_dBeta_dt

MIN

0

1

- PI_LimitsKp_SpeedCtrl,..

Pmax_mppt

0

control_principalAVV:

2

5

11

8

88

0

5

6

6

0

2

7

7

8

1

3

1

3

0

2

10trip

Qre

f

Qref_int_RSC

Pref_int_RSC

Pref

Qs

Pdfig

iqLVRT

idLVRT

byp

ass

UestatorQref_conv

Qref_dfig

Wt

Vvientoy i6

y i2Pref_AVVn

Pdispon

beta_ref

y i

y i5y i4

Pref_ext

wgen_ref

y i3

Pmppt

DIg

SIL

EN

T

control_principalAVV:

Lookup Table Pdisponible

Control ngulode paso

Proteccin

Lookup Table curva PQ

Control LVRTControl Coordinado

de Q

Restauracin P y Q

Regulacin de P

Control MPPT

Proteccin0

1

Control LVRT.

0

1

2

0

1

Restauracin P y Q

0

1

2

3

0

1

Control Coordinado Q

0

1

0

1

Curv a PQ

Limiter

Pmax_ext_pu

Pmin_ext_pu

Gradient LimiterTSimStep_Gradient_seg

max_dPext_dt_pu

min_dPext_dt_pu

1/KPnom_MW

Limiter

Beta_max_deg

Beta_min_deg

Limiter

Pmax_conve..

0

Limiter

wgNom_pu

wgMin_pu

Lookup Tablearray _Curv a_Pturbina_MW_VsViento_mps

PI_LimitsKp_BetaCtrl,K..

Beta_max_d..

Beta_min_d..

KK_wind_to_wgo..

Gradient Limi..TSimStep_Grad..

max_dBeta_dt

min_dBeta_dt

MIN

0

1

- PI_LimitsKp_SpeedCtrl,..

Pmax_mppt

0

control_principalAVV:

2

5

11

8

88

0

5

6

6

0

2

7

7

8

1

3

1

3

0

2

10trip

Qre

f

Qref_int_RSC

Pref_int_RSC

Pref

Qs

Pdfig

iqLVRT

idLVRT

byp

ass

UestatorQref_conv

Qref_dfig

Wt

Vvientoy i6

y i2Pref_AVVn

Pdispon

beta_ref

y i

y i5y i4

Pref_ext

wgen_ref

y i3

Pmppt

DIg

SIL

EN

T

control_lvrt_tesis:

Calculo idLVRT

Calculo iqLVRT

IdLVRT

0

1

2

Vf alla1Tv oo1

0

1

Pf alla1Tpoo1

0

1

IqLVRT

Gradient ..Tidlv rt

idlvrt_max

idlvrt_min

Gradient ..Tiqlv rt

iqlvrt_max

iqlvrt_min

control_lvrt_tesis:

0

1

0

2

1bypass

Pdfig

Uestator

idLVRT

iqLVRT

VS0

PE0

y i1

y i

DIg

SIL

EN

T