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GBhvdc.dat
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# Interconnections
! MODEL NAME : twop_vsc_hq
! Data :
! prm( 1)= R phase reactor resistance in per unit
! prm( 2)= L phase reactor inductance in per unit
! prm( 3)= Hdc DC capacitor electrostatic inertia in seconds
! prm( 4)= Snom nominal rating of VSC
! prm( 5)= Pnom nominal active power of VSC
! prm( 6)= Kp current controller P gain
! prm( 7)= Ki current controller I gain
! prm( 8)= Kpd outer loop d-axis P gain
! prm( 9)= Kid outer loop d-axis I gain
! prm( 10)= Kpq outer loop q-axis P gain
! prm( 11)= Kiq outer loop q-axis I gain
! prm( 12)= Kpw PLL P gain
! prm( 13)= Kiw PLL I gain
! prm( 14)= alpha1 P-V characteristic alpha coefficient
! prm( 15)= beta1 P-V characteristic beta coefficient
! prm( 16)= alpha2 Q-Vac characteristic alpha coefficient
! prm( 17)= beta2 Q-Vac characteristic beta coefficient
# VSC
# East-West Interconnector
BUSDC DC12 320. ;
BUSDC DC12IC 320. ;
LFRESV DC12 0.9821 0. ;
LFRESV DC12IC 0.974511 0. ; #0.9944766
LINE HVDC12IC DC12 DC12IC 3.025 0.00 0.00 1000.0 1 ;
TWOP HVDC_VSC 12VSC 12 DC12 A 0. 0. -500.0 0. 0. 0. 500. 0.
0.01 0.2 0.03024 1110. 1000. 0.2574 57.2958 4.5 10. 0.1 30. 200 10000 1. 0. -1. 0. ;
TWOP HVDC_VSC 12ICVSC 12IC DC12IC A 0. 0. 500.0 0. 0. 0. -500. 0.
0.01 0.2 0.03024 1110. 1000. 0.2574 57.2958 4.5 10. 0.1 30. 200 10000 0. -1. -1. 0. ;
# Nemo
BUSDC DC27 400. ;
BUSDC DC27IC 400. ;
LFRESV DC27 0.9727178 0. ;
LFRESV DC27IC 0.96299 0. ; #0.9944766
LINE HVDC27IC DC27 DC27IC 3.025 0.00 0.00 1000.0 1 ;
TWOP HVDC_VSC 27VSC 27 DC27 A 0. 0. -1000.0 0. 0. 0. 1000. 0.
0.01 0.2 0.03024 1110. 1000. 0.2574 57.2958 4.5 10. 0.1 30. 200 10000 1. 0. -1. 0. ;
TWOP HVDC_VSC 27ICVSC 27IC2 DC27IC A 0. 0. 1000.0 0. 0. 0. -1000. 0.
0.01 0.2 0.03024 1110. 1000. 0.2574 57.2958 4.5 10. 0.1 30. 200 10000 0. -1. -1. 0. ;
! MODEL NAME : twop_HVDC_LCC
! MODEL DESCRIPTION FILE : twop_HVDC_lcc.txt
! Data :
! prm( 1)= p ! number of poles (1 or 2)
! prm( 2)= rec_ctl ! initial rectifier control : 1= current control, 2= power control
! prm( 3)= inv_ctl ! initial inverter control : 1= voltage control, 2= gamma control
! prm( 4)= Br ! number of bridges in series in rectifier
! prm( 5)= Bi ! number of bridges in series in inverter
! prm( 6)= Er ! phase-to-phase open-circuit voltage (kV) on DC side of rectifier transformer with 1 pu voltage on AC side
! prm( 7)= Ei ! phase-to-phase open-circuit voltage (kV) on DC side of inverter transformer with 1 pu voltage on AC side
! prm( 8)= Rcr ! rectifier commutating resistance per bridge (in ohm)
! prm( 9)= Xcr ! rectifier commutating reactance per bridge (in ohm)
! prm( 10)= Rci ! inverter commutating resistance per bridge (in ohm)
! prm( 11)= Xci ! inverter commutating reactance per bridge (in ohm)
! prm( 12)= RL ! DC line series resistance (ohm)
! prm( 13)= Rcomp ! compounding resistance (voltage control by inverter) (ohm)
! prm( 14)= Tp ! time constant of power control (s); not used if current is controlled
! prm( 15)= Idset ! initial value (and setpoint if rec_ctl=1) of DC current (kA)
! prm( 16)= nr ! initial rectifier transformer ratio (pu/pu)
! prm( 17)= ni ! initial inverter transformer ratio (pu/pu)
! prm( 18)= alphamin ! minimum firing angle (rad)
! prm( 19)= DeltaId ! decrease in DC current when the inverter controls current (kA)
! prm( 20)= gammamin ! minimum extinctin angle (rad)
# LCC
# Moyle
TWOP HVDC_LCC HVDC1 5 5IC A 0. 0. -10. -10. 0. 0. 10. 10.
1 2 1 2 2 250. 250. 0. 2.1202 0. 2.1197
3.0 0. 1.0 0.04 0.90 0.90 0.1 0.1 0.1 ;
#
TWOP HVDC_LCC HVDC2 26 26IC A 0. 0. -1022.29966 -55.67607 0. 0. 1022.29966 55.67607
1 2 1 2 2 450.00 450.00 0. 2.1202 0. 2.1197
3.0 0. 1.0 2.25 0.9 0.9 0.1 2.0 0.1 ;
#
TWOP HVDC_LCC HVDC3 27 27IC A 0. 0. -1597.99943 -1245.578631 0. 0. 1597.99943 1245.578631
1 2 1 2 2 540.00 540.00 0. 2.1202 0. 2.1197
3.0 0. 1.0 3.0 0.90 0.90 0.1 0.1 0.1 ;