Hoja1> DATOS GENERALES MODELOS A SIMULARETAPDigSilentRedExternal GridExternal GridModoSwingSwingX/RIncluidaIncluidaSSCIncluidaIncluidaPerfil armonicosNo implementadoNo implementadoAerogeneradoresGenerador sincronoGenerador sincronoCorriente nominalAsociada a flujo de cargaen estudioPerfil armonicosPerfil de corrientePerfil de corrienteCASO ESTUDIO 1CASO ESTUDIO 2ETAPDigSilentRedExternal GridExternal GridModoSwingSwingX/RIncluidaIncluidaSSCIncluidaIncluidaPerfil armonicosNo implementadoNo implementadoAerogeneradoresGenerador sincronoAerogeneradorCorriente nominalAsociada a flujo de cargaen estudioPerfil armonicosPerfil de corrienteGenerador sincrono: No es posible asignar un perfil de corriente.

COVERMachine Input DataMachineConnected BusRating (Base)% Negative Seq. Imp.Grounding% Zero Seq. Imp.IDTypeIDMVAkVRPMX/RR2X2Conn.TypeAmpX/RR0X0U1GridBus1519.615150.00010.009.95099.50WyeSolid10.009.95099.50Gen1Gen.Bus42.1050.69015009.002.00018.00WyeSolid7.001.0007.00Gen2Gen.Bus52.1050.69015009.002.00018.00WyeSolid7.001.0007.00Harmonic LibraryDevicesCurrent Harmonic Source in %23456789101112131415171923ManufacturerModel2529313537414347495355596165677173GAMESAG90-2-0.690.200.900.200.600.200.500.200.300.200.400.200.300.300.300.300.300.300.200.20000000000000000Bus Input DataLoadBusInitial VoltageConstant kVAConstant ZConstant IGenericIDkVSub-sys% Mag.Ang.MWMvarMWMvarMWMvarMWMvarBus1150.0001100.00.0Bus2150.0001100.00.0Bus330.0001100.00.0Bus40.6901100.00.0Bus50.6901100.00.0Bus60.6901100.00.0Bus730.0001100.00.0Bus830.0001100.00.0Bus930.0001100.00.0Total Number of Buses: 9Generation BusVoltageGenerationMvar LimitsIDkVTypeSub-sys% Mag.AngleMWMvar% PFMaxMinBus1150.000Swing1100.00.0Line/Cable Input DataOhms or Siemens/1000 m per Conductor (Cable) or per Phase (Line)Line/CableLengthIDLibrarySizeAdj. (m)#/Phase% Tol.T (C)RXYLine158710000.00.01750.0680310.3756180.0000031Line / Cable resistances are listed at the specified temperatures.2-Winding Transformer Input DataTransformerRatingZ Variation% Tap SettingAdjusted6IDPhaseMVAPrim. kVSec. kV% Z1X1/R1+ 5%- 5%% Tol.Prim.Sec.% ZTypeAngleT13-Phase40.000150.00030.00012.5045.000000012.5000YNd0.000T23-Phase2.03530.0000.6907.006.00000007.0000Dyn0.000T33-Phase2.03530.0000.6907.006.00000007.0000Dyn0.000T43-Phase2.03530.0000.6907.006.00000007.0000Dyn0.0002-Winding Transformer Load Tap Changer (LTC) SettingsTransformer Load Tap Changer SettingTransformerConnected Buses ("*" LTC Side)% Min.% Max.IDPrimary Bus IDSecondary Bus IDTapTap% StepRegulated Bus ID% VkVT1*Bus2Bus3Bus3-10.0010.001.000100.0030.000

C.R.B.:Simulacion sin cables de MT ,aparentemente los cables meten THD

SIN COMP-sin cables MT100%V 0%P 0CASO ESTUDIO 1STATE: ALL WIND FARM TURBINE CIRCUITS CLOSED & TAP REGULATIONGENERATED REACTIVE POWER AT EACH WIND TURBINE (kVA)0FPGENERATED ACTIVE POWER AT WIND TURBINE100%100.00%CONSUMED REACTIVE POWER AT REACTOR BANKS (MVA)0MAX JUMPTAPSGENERATED REACTIVE POWER AT CAPACITOR BANKS (MVA)00.00%0BUS BARSVOLTAGESTHD%V-RMSBUS 1 -150kV - PCC100.00%1.16150.01BUS 2-150KV - BARRA AT SET100.01%1.21150.02BUS 3 - 30kV - BARRA MT100.01%1.2830BUS MT AG 1100.01%1.2830BUS BT AG 1100.01%2.670.69BUS MT AG 2100.01%1.2830BUS BT AG 2100.01%2.670.69BUS MT AG 3100.01%1.2830BUS BT AG 3100.01%2.670.69POWER BALANCE AT CONNECTION POINTPF0.000%REACTIVE EXPORTED-688KVAACTIVE EXPORTED0KVA100%V 25%P 0RCASO ESTUDIO 1STATE: ALL WIND FARM TURBINE CIRCUITS CLOSED & TAP REGULATIONGENERATED REACTIVE POWER AT EACH WIND TURBINE (kVA)0FPGENERATED ACTIVE POWER AT WIND TURBINE25%100.00%CONSUMED REACTIVE POWER AT REACTOR BANKS (MVA)0MAX JUMPTAPSGENERATED REACTIVE POWER AT CAPACITOR BANKS (MVA)00.00%0BUS BARSVOLTAGESTHD%V-RMSBUS 1 -150kV - PCC100.00%1.19150.01BUS 2-150KV - BARRA AT SET100.01%1.23150.03BUS 3 - 30kV - BARRA MT100.01%1.2630.01BUS MT AG 1100.01%1.2630.01BUS BT AG 1100.28%2.560.69BUS MT AG 2100.01%1.2630.01BUS BT AG 2100.28%2.560.69BUS MT AG 3100.01%1.2630.01BUS BT AG 3100.28%2.560.69POWER BALANCE AT CONNECTION POINTPF91.604%REACTIVE EXPORTED655KVAACTIVE EXPORTED1496KVA100%V 50%P 0R100%V 50%P 50Rc100%V 50%P 50RiCASO ESTUDIO 1CASO ESTUDIO 1STATE: ALL WIND FARM TURBINE CIRCUITS CLOSED & TAP REGULATIONSTATE: ALL WIND FARM TURBINE CIRCUITS CLOSED & TAP REGULATIONSTATE: ALL WIND FARM TURBINE CIRCUITS CLOSED & TAP REGULATIONGENERATED REACTIVE POWER AT EACH WIND TURBINE (kVA)0FPGENERATED REACTIVE POWER AT EACH WIND TURBINE (kVA)329FPGENERATED REACTIVE POWER AT EACH WIND TURBINE (kVA)-329FPGENERATED ACTIVE POWER AT WIND TURBINE50%100.00%GENERATED ACTIVE POWER AT WIND TURBINE50%94.99%GENERATED ACTIVE POWER AT WIND TURBINE50%-94.99%CONSUMED REACTIVE POWER AT REACTOR BANKS (MVA)0MAX JUMPTAPSCONSUMED REACTIVE POWER AT REACTOR BANKS (MVA)0MAX JUMPTAPSCONSUMED REACTIVE POWER AT REACTOR BANKS (MVA)0MAX JUMPTAPSGENERATED REACTIVE POWER AT CAPACITOR BANKS (MVA)00.00%0GENERATED REACTIVE POWER AT CAPACITOR BANKS (MVA)00.00%0GENERATED REACTIVE POWER AT CAPACITOR BANKS (MVA)00.00%0BUS BARSVOLTAGESTHD%V-RMSBUS BARSVOLTAGESTHD%V-RMSBUS BARSVOLTAGESTHD%V-RMSBUS 1 -150kV - PCC100.00%1.18150.01BUS 1 -150kV - PCC100.00%1.18150.01BUS 1 -150kV - PCC100.00%1.18150.01BUS 2-150KV - BARRA AT SET100.00%1.23150.03BUS 2-150KV - BARRA AT SET100.03%1.23150.05BUS 2-150KV - BARRA AT SET100.00%1.22150BUS 3 - 30kV - BARRA MT100.00%1.2330BUS 3 - 30kV - BARRA MT100.32%1.2330.1BUS 3 - 30kV - BARRA MT99.67%1.2329.9BUS MT AG 1100.00%1.2330BUS MT AG 1100.32%1.2330.1BUS MT AG 199.67%1.2329.9BUS BT AG 1100.50%2.490.69BUS BT AG 1101.92%2.470.7BUS BT AG 199.05%2.530.68BUS MT AG 2100.00%1.2330.01BUS MT AG 2100.32%1.2330.1BUS MT AG 299.67%1.2329.9BUS BT AG 2100.50%2.490.69BUS BT AG 2101.92%2.470.7BUS BT AG 299.05%2.530.68BUS MT AG 3100.00%1.2330BUS MT AG 3100.32%1.2330.1BUS MT AG 399.67%1.2329.9BUS BT AG 3100.50%2.490.69BUS BT AG 3101.92%2.470.7BUS BT AG 399.05%2.530.68POWER BALANCE AT CONNECTION POINTPF98.294%POWER BALANCE AT CONNECTION POINTPF88.918%POWER BALANCE AT CONNECTION POINTPF98.898%REACTIVE EXPORTED558KVAREACTIVE EXPORTED1534KVAREACTIVE EXPORTED446KVAACTIVE EXPORTED2982KVAACTIVE EXPORTED2981KVAACTIVE EXPORTED2980KVA100%V 100%P 0R100%V 100%P 100Ri100%V 100%P 100RcSTATE: ALL WIND FARM TURBINE CIRCUITS CLOSED & TAP REGULATIONSTATE: ALL WIND FARM TURBINE CIRCUITS CLOSED & TAP REGULATIONSTATE: ALL WIND FARM TURBINE CIRCUITS CLOSED & TAP REGULATIONGENERATED REACTIVE POWER AT EACH WIND TURBINE (kVA)0FPGENERATED REACTIVE POWER AT EACH WIND TURBINE (kVA)-658FPGENERATED REACTIVE POWER AT EACH WIND TURBINE (kVA)658FPGENERATED ACTIVE POWER AT WIND TURBINE100%100.00%GENERATED ACTIVE POWER AT WIND TURBINE100%-94.99%GENERATED ACTIVE POWER AT WIND TURBINE100%94.99%CONSUMED REACTIVE POWER AT REACTOR BANKS (MVA)0MAX JUMPTAPSCONSUMED REACTIVE POWER AT REACTOR BANKS (MVA)0MAX JUMPTAPSCONSUMED REACTIVE POWER AT REACTOR BANKS (MVA)0MAX JUMPTAPSGENERATED REACTIVE POWER AT CAPACITOR BANKS (MVA)00.00%0GENERATED REACTIVE POWER AT CAPACITOR BANKS (MVA)00.00%0GENERATED REACTIVE POWER AT CAPACITOR BANKS (MVA)00.00%0BUS BARSVOLTAGESTHD%V-RMSBUS BARSVOLTAGESTHD%V-RMSBUS BARSVOLTAGESTHD%V-RMSBUS 1 -150kV - PCC100.00%1.07150.01BUS 1 -150kV - PCC100.00%1.04150.01BUS 1 -150kV - PCC100.00%1.09150.01BUS 2-150KV - BARRA AT SET100.02%1.11150.08BUS 2-150KV - BARRA AT SET99.98%1.08149.98BUS 2-150KV - BARRA AT SET100.05%1.13150.08BUS 3 - 30kV - BARRA MT99.91%1.1929.87BUS 3 - 30kV - BARRA MT100.26%1.1830.08BUS 3 - 30kV - BARRA MT99.57%1.229.87BUS MT AG 199.91%1.1929.87BUS MT AG 1100.26%1.1830.08BUS MT AG 199.57%1.229.87BUS BT AG 1100.81%2.530.71BUS BT AG 198.88%2.60.68BUS BT AG 1102.64%2.470.71BUS MT AG 299.91%1.1929.87BUS MT AG 2100.26%1.1830.08BUS MT AG 299.57%1.229.87BUS BT AG 2100.81%2.530.71BUS BT AG 298.88%2.60.68BUS BT AG 2102.64%2.470.71BUS MT AG 399.91%1.1929.87BUS MT AG 3100.26%1.1830.08BUS MT AG 399.57%1.229.87BUS BT AG 3100.81%2.530.71BUS BT AG 398.88%2.60.68BUS BT AG 3102.64%2.470.71POWER BALANCE AT CONNECTION POINTPF99.958%POWER BALANCE AT CONNECTION POINTPF-95.308%POWER BALANCE AT CONNECTION POINTPF94.215%REACTIVE EXPORTED171KVAREACTIVE EXPORTED-1880KVAREACTIVE EXPORTED2108KVAACTIVE EXPORTED5930KVAACTIVE EXPORTED5919KVAACTIVE EXPORTED5925KVA