能源行业(电力石油煤炭)

开发平台：

Fortran

VSCSSR.psc：源码内容

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Parameters of PI controller for receiving end ac voltage control
(their values are not optimal, find better ones)."
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GP = "PgainI"
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INTR = "0"
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Units = ""
Collect = "1"
}
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mrun = "0"
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mrun = "0"
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mrun = "0"
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Max = "2.0"
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Units = ""
mrun = "0"
Pol = "0"
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Max = "2.0"
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0.datalabel([1008,882],3,0,-1)
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0.pgb([1008,882],4,25200480,200)
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Name = "IcInv"
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Scale = "1.0"
Units = ""
mrun = "0"
Pol = "0"
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Max = "2.0"
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Arrow = 2
Color = 0,15792890
Text = "the output of PI controller is the modulation index used in PWM for voltage magnitude control"
}
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{
Name = "PI param. - Inv"
Flags = 0
State = 1
Icon = -1,-1
Posn = 504,1008
Extents = 0,0,144,126
Slider(25176712)
Slider(25179152)
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Vertex="0,0;0,-36"
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Name = "dcVltgI"
}
-Wire-([198,1350],0,0,-1)
{
Vertex="0,0;54,0"
}
0.realpole([288,1350],0,0,300)
{
Limit = "0"
COM = "Real_Pole"
Reset = "0"
YO = "0.0"
G = "1.0"
T = "0.02 [s]"
Max = "10.0"
Min = "-10.0"
}
0.pgb([396,1350],0,25219936,310)
{
Name = "dcVoltage Inv"
Group = ""
Display = "1"
Scale = "1.0"
Units = "kV"
mrun = "0"
Pol = "0"
Min = "0"
Max = "160"
}
-Wire-([324,1350],0,0,-1)
{
Vertex="0,0;72,0"
}
0.pgb([1152,1008],0,25222216,260)
{
Name = "PowerI"
Group = ""
Display = "1"
Scale = "-1"
Units = "pu"
mrun = "0"
Pol = "0"
Min = "-0.6"
Max = "1.2"
}
0.pgb([1152,1062],0,25224176,280)
{
Name = "QpowerI"
Group = ""
Display = "1"
Scale = "-1"
Units = "pu"
mrun = "0"
Pol = "0"
Min = "-1.5"
Max = "2.5"
}
0.datalabel([1080,1008],5,0,-1)
{
Name = "SrcPI"
}
0.datalabel([1080,1062],5,0,-1)
{
Name = "SrcQI"
}
0.datalabel([216,1422],0,0,-1)
{
Name = "dcCur"
}
-Wire-([198,1422],0,0,-1)
{
Vertex="0,0;54,0"
}
0.realpole([288,1422],0,0,340)
{
Limit = "0"
COM = "Real_Pole"
Reset = "0"
YO = "0.0"
G = "1.0"
T = "0.02 [s]"
Max = "10.0"
Min = "-10.0"
}
-Wire-([324,1422],0,0,-1)
{
Vertex="0,0;72,0"
}
0.pgb([396,1422],0,25229200,350)
{
Name = "dcCurrent Inv"
Group = ""
Display = "1"
Scale = "1.0"
Units = "kA"
mrun = "0"
Pol = "0"
Min = "0"
Max = "300"
}
0.mult([378,1386],0,0,320)
{
}
-Wire-([414,1386],0,0,-1)
{
Vertex="0,0;54,0"
}
0.datalabel([450,1386],4,0,-1)
{
Name = "PdcI"
}
0.pgb([468,1386],0,25232416,330)
{
Name = "Pinv"
Group = ""
Display = "1"
Scale = "0.01"
Units = "pu"
mrun = "0"
Pol = "0"
Min = "-2"
Max = "2"
}
0.cable_interface([108,198],4,0,-1)
{
Name = "Cable2"
NCAB = "2"
C1T = "1"
C2T = "1"
C3T = "1"
C4T = "1"
C5T = "1"
C6T = "1"
}
-Wire-([126,486],0,0,-1)
{
Vertex="0,0;0,-252"
}
0.pgb([234,1476],0,25235544,360)
{
Name = "dclineInv"
Group = ""
Display = "1"
Scale = "1.0"
Units = "kA"
mrun = "0"
Pol = "0"
Min = "-3"
Max = "4"
}
-Wire-([234,1476],0,0,-1)
{
Vertex="0,0;0,-54"
}
0.ammeter([198,270],3,0,50)
{
Name = "Icap"
}
-Wire-([198,306],0,0,-1)
{
Vertex="0,0;0,-36"
}
-Wire-([288,234],0,0,-1)
{
Vertex="0,0;0,-36"
}
-Wire-([288,432],0,0,-1)
{
Vertex="0,0;0,-162"
}
-Wire-([396,432],0,0,-1)
{
Vertex="0,0;0,-162"
}
-Wire-([504,432],0,0,-1)
{
Vertex="0,0;0,-162"
}
0.voltmetergnd([576,306],0,0,90)
{
Name = "ViPhA"
}
-Wire-([126,198],0,0,-1)
{
Vertex="0,0;18,0"
}
-Sticky-([198,1278],0)
{
Name = ""
Font = 1
Bounds = 198,1278,414,1314
Alignment = 0
Style = 1
Arrow = 0
Color = 0,15792890
Text = "
Receiving end (inverter) dc voltage,
current and power measurement."
}
-Sticky-([1080,882],0)
{
Name = ""
Font = 1
Bounds = 1080,882,1206,954
Alignment = 0
Style = 1
Arrow = 2
Color = 0,15792890
Text = "Measured ac power and reactive power at the receiving end system."
}
-Sticky-([1062,792],0)
{
Name = ""
Font = 1
Bounds = 1062,792,1206,864
Alignment = 0
Style = 1
Arrow = 4
Color = 0,15792890
Text = "Line (phase) currents of transformer low voltage (valve) side."
}
-Sticky-([54,864],0)
{
Name = ""
Font = 1
Bounds = 54,864,216,900
Alignment = 0
Style = 1
Arrow = 8
Color = 0,15792890
Text = "Measured ac volts "Vpul"at receiving end (in pu)."
}
-Sticky-([54,1008],0)
{
Name = ""
Font = 1
Bounds = 54,1008,270,1044
Alignment = 0
Style = 1
Arrow = 1
Color = 0,15792890
Text = "Receiving end ac volts set point (pu)"
}
-Sticky-([252,738],0)
{
Name = ""
Font = 1
Bounds = 252,738,486,774
Alignment = 0
Style = 1
Arrow = 2
Color = 0,15792890
Text = "RECEIVING END AC VOLTAGE CONTROLLER"
}
-ControlPanel-([108,1062],0)
{
Name = "Ac Volts"
Flags = 0
State = 1
Icon = -1,-1
Posn = 108,1062
Extents = 0,0,72,126
Slider(25173496)
}
0.realpole([1116,1008],0,0,250)
{
Limit = "0"
COM = "Real_Pole"
Reset = "0"
YO = "0.0"
G = "1.0"
T = "0.02 [s]"
Max = "10.0"
Min = "-10.0"
}
0.realpole([1116,1062],0,0,270)
{
Limit = "0"
COM = "Real_Pole"
Reset = "0"
YO = "0.0"
G = "1.0"
T = "0.02 [s]"
Max = "10.0"
Min = "-10.0"
}
0.xfmr-3p2w([720,342],4,0,100)
{
Name = "t1"
Tmva = "100.0 [MVA]"
f = "60.0 [Hz]"
YD1 = "0"
YD2 = "1"
Lead = "1"
Xl = "0.1 [pu]"
Ideal = "0"
NLL = "0.0 [pu]"
CuL = "0.0 [pu]"
Tap = "0"
View = "1"
Dtls = "0"
V1 = "500[kV]"
V2 = "62.5 [kV]"
Enab = "1"
Sat = "1"
Xair = "0.2 [pu]"
Tdc = "1.0 [s]"
Xknee = "1.25 [pu]"
Txk = "0.1 [s]"
Im1 = "0.5 [%]"
ILA1 = ""
ILB1 = ""
ILC1 = ""
IAB1 = ""
IBC1 = ""
ICA1 = ""
ILA2 = "IaInv"
ILB2 = "IbInv"
ILC2 = "IcInv"
IAB2 = ""
IBC2 = ""
ICA2 = ""
IMA = ""
IMB = ""
IMC = ""
FLXA = ""
FLXB = ""
FLXC = ""
IMAB = ""
IMBC = ""
IMCA = ""
FLXAB = ""
FLXBC = ""
FLXCA = ""
}
0.ground([738,378],7,0,-1)
{
}
0.breakout([684,342],4,0,-1)
{
Dis = "0"
}
-Wire-([648,342],0,0,-1)
{
Vertex="0,0;-252,0"
}
-Wire-([648,378],0,0,-1)
{
Vertex="0,0;-360,0"
}
-Wire-([648,306],0,0,-1)
{
Vertex="0,0;-144,0"
}
0.radiolink([198,1422],4,0,-1)
{
Source = "SE"
Name = "DCCurrent"
dim = "1"
Mode = "0"
Type = "0"
}
-Sticky-([54,18],0)
{
Name = ""
Font = 2
Bounds = 54,18,1170,90
Alignment = 1
Style = 0
Arrow = 0
Color = 0,15792890
Text = "
VSC TRANSMISSION WITH AC TRANSMISSION CHARACTERISTICS
Receiving End Subpage"
}
.RECtrl([954,1260],0,0,290)
{
}
0.datalabel([1080,1170],4,0,-1)
{
Name = "g1"
}
0.datalabel([1080,1206],4,0,-1)
{
Name = "g2"
}
0.datalabel([1080,1242],4,0,-1)
{
Name = "g3"
}
0.datalabel([1080,1278],4,0,-1)
{
Name = "g4"
}
0.datalabel([1080,1314],4,0,-1)
{
Name = "g5"
}
0.datalabel([1080,1350],4,0,-1)
{
Name = "g6"
}
0.datalabel([828,1224],0,0,-1)
{
Name = "VInv"
}
0.datalabel([828,1260],0,0,-1)
{
Name = "mi"
}
0.datalabel([828,1296],4,0,-1)
{
Name = "dcVltgI"
}
-Wire-([828,1224],0,0,-1)
{
Vertex="0,0;72,0"
}
-Wire-([828,1260],0,0,-1)
{
Vertex="0,0;72,0"
}
-Wire-([828,1296],0,0,-1)
{
Vertex="0,0;72,0"
}
-Wire-([1008,1170],0,0,-1)
{
Vertex="0,0;72,0"
}
-Wire-([1008,1206],0,0,-1)
{
Vertex="0,0;72,0"
}
-Wire-([1008,1242],0,0,-1)
{
Vertex="0,0;72,0"
}
-Wire-([1008,1278],0,0,-1)
{
Vertex="0,0;72,0"
}
-Wire-([1008,1314],0,0,-1)
{
Vertex="0,0;72,0"
}
-Wire-([1008,1350],0,0,-1)
{
Vertex="0,0;72,0"
}
-Divider-([18,702],0)
{
Size(1188,0)
3D = 1
Color = 9
Style = 0
Weight = 2
}
0.voltmeter([126,198],0,0,10)
{
Name = "dcVltgI"
}
0.xnode([864,342],0,0,-1)
{
Name = "VSCOUT"
}
-Wire-([342,1350],0,0,-1)
{
Vertex="0,0;0,36"
}
0.datalabel([306,882],2,0,-1)
{
Name = "VpuI"
}
-Wire-([306,918],0,0,-1)
{
Vertex="0,0;0,-36"
}
}
}
Module("SE")
{
Desc = ""
FileDate = 1236262708
Nodes =
{
Electrical("VSCIN",108,-144)
{
Dim = [3]
}
}
Graphics =
{
Pen(,,0.6)
Ellipse(-25,-58,11,-22)
Ellipse(0,-58,36,-22)
Line(36,-40,51,-40)
Line(-87,-40,-25,-40)
Ellipse(-124,-57,-88,-21)
Pen(,,0.2)
Arc(-115,-45,-107,-30,0,180)
Arc(-107,-45,-99,-30,-180,180)
Pen(,,0.6)
Line(-58,22,-58,-39)
Line(-51,23,-65,23)
Line(-51,29,-65,29)
Line(-58,38,-58,29)
Line(-53,43,-58,39)
Line(-59,55,-64,51)
Line(-52,43,-64,51)
Line(-59,67,-59,54)
Line(-47,68,-69,67)
Line(-51,72,-65,72)
Line(-54,76,-62,76)
Line(69,-24,69,-33)
Line(78,-33,60,-33)
Line(69,-33,60,-51)
Line(60,-51,78,-51)
Line(78,-51,69,-33)
Line(69,-51,69,-60)
Rectangle(51,-63,87,-19)
Line(69,-64,69,-77)
Line(69,-5,69,-18)
Line(69,-5,131,-5)
Line(69,-77,131,-77)
Line(112,-45,112,-77)
Line(112,-6,112,-38)
Line(119,-44,105,-44)
Line(119,-38,105,-38)
Pen(,,0.2)
Rectangle(-144,-90,144,90)
Line(107,-144,107,-83)
Text(132,82,"SE")
}
Page(A/A4,Portrait,152,[636,362],5)
{
-Wire-([756,270],0,0,-1)
{
Vertex="0,0;0,-36"
}
-Wire-([864,270],0,0,-1)
{
Vertex="0,0;0,-36"
}
-Wire-([972,270],0,0,-1)
{
Vertex="0,0;0,-36"
}
-Wire-([756,450],0,0,-1)
{
Vertex="0,0;0,-144"
}
-Wire-([864,450],0,0,-1)
{
Vertex="0,0;0,-144"
}
-Wire-([972,450],0,0,-1)
{
Vertex="0,0;0,-144"
}
-Wire-([756,522],0,0,-1)
{
Vertex="0,0;378,0"
}
-Wire-([756,522],0,0,-1)
{
Vertex="0,0;0,-36"
}
-Wire-([864,522],0,0,-1)
{
Vertex="0,0;0,-36"
}
-Wire-([972,522],0,0,-1)
{
Vertex="0,0;0,-36"
}
-Wire-([756,234],0,0,-1)
{
Vertex="0,0;342,0"
}
0.datalabel([720,306],0,0,-1)
{
Name = "Rg1"
}
0.datalabel([936,486],0,0,-1)
{
Name = "Rg2"
}
0.datalabel([828,306],2,0,-1)
{
Name = "Rg3"
}
0.datalabel([720,486],0,0,-1)
{
Name = "Rg4"
}
0.datalabel([936,306],0,0,-1)
{
Name = "Rg5"
}
0.datalabel([828,486],0,0,-1)
{
Name = "Rg6"
}
-Wire-([864,306],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([864,270],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([972,306],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([972,270],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([756,486],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([756,450],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([864,486],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([864,450],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([972,486],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([972,450],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([756,306],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([756,270],0,0,-1)
{
Vertex="0,0;36,0"
}
0.peswitch([756,270],2,0,410)
{
L = "1"
Type = "2"
SNUB = "0"
INTR = "1"
RON = "0.005 [ohm]"
ROFF = "1.0E8 [ohm]"
EFVD = "0.0 [kV]"
EBO = "1.0E5 [kV]"
Erw = "1.0E5 [kV]"
TEXT = "0.0 [us]"
RD = "5000.0 [ohm]"
CD = "0.05 [uF]"
PFB = "0"
I = "IgtoR1"
It = ""
V = "VgtoR1"
Ton = ""
Toff = ""
Alpha = ""
Gamma = ""
}
0.peswitch([792,306],4,0,20)
{
L = ""
Type = "0"
SNUB = "1"
INTR = "1"
RON = "0.005[ohm]"
ROFF = "1.0E8 [ohm]"
EFVD = "0.0 [kV]"
EBO = "1.0E5 [kV]"
Erw = "1.0E5 [kV]"
TEXT = "0.0 [us]"
RD = "5000.0 [ohm]"
CD = "0.01 [uF]"
PFB = "0"
I = "IdiR1"
It = ""
V = ""
Ton = ""
Toff = ""
Alpha = ""
Gamma = ""
}
0.ammeter([1098,234],0,0,10)
{
Name = "dcCur"
}
0.peswitch([864,270],2,0,400)
{
L = "3"
Type = "2"
SNUB = "0"
INTR = "1"
RON = "0.005 [ohm]"
ROFF = "1.0E8 [ohm]"
EFVD = "0.0 [kV]"
EBO = "1.0E5 [kV]"
Erw = "1.0E5 [kV]"
TEXT = "0.0 [us]"
RD = "5000.0 [ohm]"
CD = "0.05 [uF]"
PFB = "0"
I = "IgtoR3"
It = ""
V = "VgtoR3"
Ton = ""
Toff = ""
Alpha = ""
Gamma = ""
}
0.peswitch([900,306],4,0,40)
{
L = ""
Type = "0"
SNUB = "1"
INTR = "1"
RON = "0.005[ohm]"
ROFF = "1.0E8 [ohm]"
EFVD = "0.0 [kV]"
EBO = "1.0E5 [kV]"
Erw = "1.0E5 [kV]"
TEXT = "0.0 [us]"
RD = "5000.0 [ohm]"
CD = "0.01 [uF]"
PFB = "0"
I = "IdiR3"
It = ""
V = ""
Ton = ""
Toff = ""
Alpha = ""
Gamma = ""
}
0.peswitch([972,270],2,0,390)
{
L = "5"
Type = "2"
SNUB = "0"
INTR = "1"
RON = "0.005 [ohm]"
ROFF = "1.0E8 [ohm]"
EFVD = "0.0 [kV]"
EBO = "1.0E5 [kV]"
Erw = "1.0E5 [kV]"
TEXT = "0.0 [us]"
RD = "5000.0 [ohm]"
CD = "0.05 [uF]"
PFB = "0"
I = "IgtoR5"
It = ""
V = "VgtoR5"
Ton = ""
Toff = ""
Alpha = ""
Gamma = ""
}
0.peswitch([1008,306],4,0,50)
{
L = ""
Type = "0"
SNUB = "1"
INTR = "1"
RON = "0.005[ohm]"
ROFF = "1.0E8 [ohm]"
EFVD = "0.0 [kV]"
EBO = "1.0E5 [kV]"
Erw = "1.0E5 [kV]"
TEXT = "0.0 [us]"
RD = "5000.0 [ohm]"
CD = "0.01 [uF]"
PFB = "0"
I = "IdiR5"
It = ""
V = ""
Ton = ""
Toff = ""
Alpha = ""
Gamma = ""
}
0.peswitch([756,450],2,0,380)
{
L = "4"
Type = "2"
SNUB = "0"
INTR = "1"
RON = "0.005 [ohm]"
ROFF = "1.0E8 [ohm]"
EFVD = "0.0 [kV]"
EBO = "1.0E5 [kV]"
Erw = "1.0E5 [kV]"
TEXT = "0.0 [us]"
RD = "5000.0 [ohm]"
CD = "0.05 [uF]"
PFB = "0"
I = "IgtoR4"
It = ""
V = "VgtoR4"
Ton = ""
Toff = ""
Alpha = ""
Gamma = ""
}
0.peswitch([792,486],4,0,110)
{
L = ""
Type = "0"
SNUB = "1"
INTR = "1"
RON = "0.005[ohm]"
ROFF = "1.0E8 [ohm]"
EFVD = "0.0 [kV]"
EBO = "1.0E5 [kV]"
Erw = "1.0E5 [kV]"
TEXT = "0.0 [us]"
RD = "5000.0 [ohm]"
CD = "0.01 [uF]"
PFB = "0"
I = "IdiR4"
It = ""
V = ""
Ton = ""
Toff = ""
Alpha = ""
Gamma = ""
}
0.peswitch([864,450],2,0,370)
{
L = "6"
Type = "2"
SNUB = "0"
INTR = "1"
RON = "0.005 [ohm]"
ROFF = "1.0E8 [ohm]"
EFVD = "0.0 [kV]"
EBO = "1.0E5 [kV]"
Erw = "1.0E5 [kV]"
TEXT = "0.0 [us]"
RD = "5000.0 [ohm]"
CD = "0.05 [uF]"
PFB = "0"
I = "IgtoR6"
It = ""
V = "VgtoR6"
Ton = ""
Toff = ""
Alpha = ""
Gamma = ""
}
0.peswitch([900,486],4,0,120)
{
L = ""
Type = "0"
SNUB = "1"
INTR = "1"
RON = "0.005[ohm]"
ROFF = "1.0E8 [ohm]"
EFVD = "0.0 [kV]"
EBO = "1.0E5 [kV]"
Erw = "1.0E5 [kV]"
TEXT = "0.0 [us]"
RD = "5000.0 [ohm]"
CD = "0.01 [uF]"
PFB = "0"
I = "IdiR6"
It = ""
V = ""
Ton = ""
Toff = ""
Alpha = ""
Gamma = ""
}
0.peswitch([972,450],2,0,360)
{
L = "2"
Type = "2"
SNUB = "0"
INTR = "1"
RON = "0.005 [ohm]"
ROFF = "1.0E8 [ohm]"
EFVD = "0.0 [kV]"
EBO = "1.0E5 [kV]"
Erw = "1.0E5 [kV]"
TEXT = "0.0 [us]"
RD = "5000.0 [ohm]"
CD = "0.05 [uF]"
PFB = "0"
I = "IgtoR2"
It = ""
V = "VgtoR2"
Ton = ""
Toff = ""
Alpha = ""
Gamma = ""
}
0.peswitch([1008,486],4,0,130)
{
L = ""
Type = "0"
SNUB = "1"
INTR = "1"
RON = "0.005[ohm]"
ROFF = "1.0E8 [ohm]"
EFVD = "0.0 [kV]"
EBO = "1.0E5 [kV]"
Erw = "1.0E5 [kV]"
TEXT = "0.0 [us]"
RD = "5000.0 [ohm]"
CD = "0.01 [uF]"
PFB = "0"
I = "IdiR2"
It = ""
V = ""
Ton = ""
Toff = ""
Alpha = ""
Gamma = ""
}
0.pgb([126,954],0,25300888,150)
{
Name = "Vpu_R"
Group = ""
Display = "1"
Scale = "1.0"
Units = "pu"
mrun = "0"
Pol = "0"
Min = "0"
Max = "1.2"
}
-Wire-([54,954],0,0,-1)
{
Vertex="0,0;72,0"
}
0.datalabel([54,954],0,0,-1)
{
Name = "VpuR"
}
-Wire-([1062,342],0,0,-1)
{
Vertex="0,0;0,-108"
}
-Wire-([1062,522],0,0,-1)
{
Vertex="0,0;0,-144"
}
0.capacitor([1062,378],3,0,-1)
{
C = "500.0 [uF]"
}
0.pgb([360,1116],0,25305040,190)
{
Name = "Qvsc"
Group = ""
Display = "1"
Scale = "1.0"
Units = "pu"
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.var([216,1188],0,25307024,200)
{
Name = "Qrefse"
Group = ""
Display = "0"
Max = "1.5"
Min = "-1.5"
Value = "-0.119047619048"
Units = ""
Collect = "1"
}
0.sumjct([360,1188],6,0,220)
{
DPath = "1"
A = "0"
B = "0"
C = "0"
D = "1"
E = "0"
F = "1"
G = "0"
}
0.pi_ctlr([468,1188],0,0,240)
{
GP = "PgainQ"
TI = "TconstQ"
YHI = "1.0"
YLO = "-1.0"
YINIT = "0.0"
Mthd = "0"
INTR = "0"
}
-Wire-([576,1188],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([324,1188],0,0,-1)
{
Vertex="0,0;-72,0"
}
-Wire-([432,1188],0,0,-1)
{
Vertex="0,0;-36,0"
}
-Wire-([360,1152],0,0,-1)
{
Vertex="0,0;0,-36"
}
0.datalabel([594,1188],0,0,-1)
{
Name = "mr"
}
-Sticky-([756,972],0)
{
Name = "Untitled"
Font = 1
Bounds = 756,972,1044,1026
Alignment = 0
Style = 1
Arrow = 64
Color = 0,15792890
Text = "
Ac reactive power control for the sending end.
Signal "mr" modulates magnitude of PWM sin
reference signal for sending end PWM control"
}
0.pgb([126,918],0,25312592,140)
{
Name = "SEndACVltg"
Group = ""
Display = "1"
Scale = "0.0887"
Units = "pu"
mrun = "0"
Pol = "0"
Min = "-2"
Max = "2"
}
-Wire-([72,918],0,0,-1)
{
Vertex="0,0;54,0"
}
0.voltmeter([702,342],0,0,60)
{
Name = "Vb_a"
}
0.voltmeter([702,378],0,0,90)
{
Name = "Vc_b"
}
0.voltmeter([702,414],0,0,100)
{
Name = "Va_c"
}
-Wire-([666,450],0,0,-1)
{
Vertex="0,0;0,-108"
}
-Wire-([702,450],0,0,-1)
{
Vertex="0,0;-36,0"
}
0.var([630,1026],1,25317328,180)
{
Name = "QGain"
Group = ""
Display = "0"
Max = "10"
Min = "0.0"
Value = "1.0"
Units = ""
Collect = "1"
}
0.datalabel([558,1062],0,0,-1)
{
Name = "TconstQ"
}
0.var([558,1026],1,25319336,170)
{
Name = "QTconst"
Group = ""
Display = "0"
Max = "1.0"
Min = "0.0"
Value = "0.08"
Units = ""
Collect = "1"
}
0.datalabel([630,1062],0,0,-1)
{
Name = "PgainQ"
}
0.pgb([126,990],0,25321776,160)
{
Name = "Pvsc"
Group = ""
Display = "1"
Scale = "1.0"
Units = "pu"
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
-Wire-([72,990],0,0,-1)
{
Vertex="0,0;54,0"
}
0.realpole([540,1188],0,0,250)
{
Limit = "1"
COM = "Real_Pole"
Reset = "0"
YO = "0.0"
G = "1.0"
T = "0.04 [s]"
Max = "50.0"
Min = "-50.0"
}
0.cable_interface([1152,234],0,0,-1)
{
Name = "Cable2"
NCAB = "2"
C1T = "1"
C2T = "1"
C3T = "1"
C4T = "1"
C5T = "1"
C6T = "1"
}
-Wire-([1134,522],0,0,-1)
{
Vertex="0,0;0,-234"
}
-ControlPanel-([522,900],0)
{
Name = "Reac.Pwr Cntrl"
Flags = 0
State = 1
Icon = -1,-1
Posn = 522,900
Extents = 0,0,144,126
Slider(25319336)
Slider(25317328)
}
-Sticky-([540,1080],0)
{
Name = ""
Font = 1
Bounds = 540,1080,630,1116
Alignment = 0
Style = 1
Arrow = 64
Color = 0,15792890
Text = "P-I controller gains"
}
-Sticky-([288,1026],0)
{
Name = ""
Font = 1
Bounds = 288,1026,468,1062
Alignment = 0
Style = 1
Arrow = 2
Color = 0,15792890
Text = " SE REACTIVE POWER CONTROLLER"
}
0.filter([432,522],5,0,-1)
{
Cnfg = "0"
Q = "100.0"
Fo = "60.0 [Hz]"
F = "300.0 [Hz]"
MVAR = "100.0 [MVAR]"
Volt = "132.79 [kV]"
R = "0.5 [ohm]"
L = "0.0 [H]"
C = "139.0 [uF]"
}
0.xfmr-3p2w([540,378],0,0,80)
{
Name = ""
Tmva = "892.4 [MVA]"
f = "60.0 [Hz]"
YD1 = "0"
YD2 = "1"
Lead = "2"
Xl = "0.0 [pu]"
Ideal = "0"
NLL = "0.0 [pu]"
CuL = "0.0 [pu]"
Tap = "0"
View = "1"
Dtls = "0"
V1 = "500[kV]"
V2 = "62.5[kV]"
Enab = "1"
Sat = "1"
Xair = "0.2 [pu]"
Tdc = "1.0 [s]"
Xknee = "1.25 [pu]"
Txk = "0.1 [s]"
Im1 = "0.2 [%]"
ILA1 = "C1a"
ILB1 = "C1b"
ILC1 = "C1c"
IAB1 = ""
IBC1 = ""
ICA1 = ""
ILA2 = ""
ILB2 = ""
ILC2 = ""
IAB2 = ""
IBC2 = ""
ICA2 = ""
IMA = ""
IMB = ""
IMC = ""
FLXA = ""
FLXB = ""
FLXC = ""
IMAB = ""
IMBC = ""
IMCA = ""
FLXAB = ""
FLXBC = ""
FLXCA = ""
}
0.ground([522,414],1,0,-1)
{
}
-Wire-([612,414],0,0,-1)
{
Vertex="0,0;360,0"
}
-Wire-([612,378],0,0,-1)
{
Vertex="0,0;252,0"
}
-Wire-([612,342],0,0,-1)
{
Vertex="0,0;144,0"
}
0.breakout([576,378],0,0,-1)
{
Dis = "0"
}
-Sticky-([36,1098],0)
{
Name = ""
Font = 1
Bounds = 36,1098,198,1152
Alignment = 0
Style = 1
Arrow = 130
Color = 0,15792890
Text = "
Qrefse:
Sending end reactive
power order (pu)"
}
0.pgb([432,1440],0,25352096,320)
{
Name = "dcCurrent Rec"
Group = ""
Display = "1"
Scale = "1.0"
Units = "kA"
mrun = "0"
Pol = "0"
Min = "0"
Max = "300"
}
0.datalabel([216,1368],0,0,-1)
{
Name = "dcVltg"
}
0.mult([414,1404],0,0,330)
{
}
0.realpole([288,1440],0,0,310)
{
Limit = "0"
COM = "Real_Pole"
Reset = "0"
YO = "0.0"
G = "1.0"
T = "0.02 [s]"
Max = "10.0"
Min = "-10.0"
}
0.realpole([288,1368],0,0,270)
{
Limit = "0"
COM = "Real_Pole"
Reset = "0"
YO = "0.0"
G = "1.0"
T = "0.02 [s]"
Max = "10.0"
Min = "-10.0"
}
-Wire-([216,1440],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([450,1404],0,0,-1)
{
Vertex="0,0;450,0;450,-126"
}
0.datalabel([486,1404],4,0,-1)
{
Name = "Pdc"
}
-Wire-([216,1368],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([324,1440],0,0,-1)
{
Vertex="0,0;108,0"
}
-Wire-([324,1368],0,0,-1)
{
Vertex="0,0;90,0"
}
-Wire-([378,1404],0,0,-1)
{
Vertex="0,0;0,-36"
}
0.pgb([306,1404],0,25359064,290)
{
Name = "dclineRec"
Group = ""
Display = "1"
Scale = "1.0"
Units = "kA"
mrun = "0"
Pol = "0"
Min = "-3"
Max = "4"
}
-Wire-([234,1440],0,0,-1)
{
Vertex="0,0;0,-36"
}
-Wire-([234,1404],0,0,-1)
{
Vertex="0,0;72,0"
}
-Sticky-([234,1494],0)
{
Name = ""
Font = 1
Bounds = 234,1494,450,1530
Alignment = 0
Style = 1
Arrow = 0
Color = 0,15792890
Text = "
Sending end (rectifier) dc voltage,
current and power measurement."
}
0.radiolink([144,1440],4,0,300)
{
Source = "SE"
Name = "DCCurrent"
dim = "1"
Mode = "1"
Type = "0"
}
-Wire-([216,1440],0,0,-1)
{
Vertex="0,0;-72,0"
}
0.datalabel([216,1440],4,0,-1)
{
Name = "dcCur"
}
-Sticky-([54,0],0)
{
Name = ""
Font = 2
Bounds = 54,0,1170,72
Alignment = 1
Style = 0
Arrow = 0
Color = 0,15792890
Text = "
VSC TRANSMISSION WITH AC TRANSMISSION CHARACTERISTICS
Sending End Subpage"
}
0.multimeter([468,378],0,0,70)
{
MeasI = "0"
MeasV = "1"
MeasP = "1"
MeasQ = "1"
RMS = "1"
MeasPh = "0"
S = "100.0 [MVA]"
BaseV = "13.8 [kV]"
TS = "0.02 [s]"
Freq = "60.0 [Hz]"
Dis = "0"
CurI = ""
VolI = "VRec"
P = "Pvsc"
Q = "Qvsc"
Vrms = "VpuR"
Ph = ""
hide1 = "0"
hide2 = "0"
Pd = ""
Qd = ""
Vd = ""
}
0.datalabel([72,990],0,0,-1)
{
Name = "Pvsc"
}
0.datalabel([360,1116],2,0,-1)
{
Name = "Qvsc"
}
.SECtrl([954,1242],0,0,350)
{
}
0.datalabel([1008,1152],0,0,-1)
{
Name = "Rg1"
}
0.datalabel([1008,1188],0,0,-1)
{
Name = "Rg2"
}
0.datalabel([1008,1224],0,0,-1)
{
Name = "Rg3"
}
0.datalabel([1008,1260],0,0,-1)
{
Name = "Rg4"
}
0.datalabel([1008,1296],0,0,-1)
{
Name = "Rg5"
}
0.datalabel([1008,1332],0,0,-1)
{
Name = "Rg6"
}
0.datalabel([900,1242],0,0,-1)
{
Name = "mr"
}
0.datalabel([900,1278],4,0,-1)
{
Name = "Pdc"
}
0.datalabel([900,1206],4,0,-1)
{
Name = "VRec"
}
0.datalabel([72,918],0,0,-1)
{
Name = "VRec"
}
-Wire-([594,1188],0,0,-1)
{
Vertex="0,0;0,54;306,54"
}
-Divider-([18,738],0)
{
Size(1152,0)
3D = 1
Color = 9
Style = 0
Weight = 1
}
0.voltmeter([1062,288],3,0,30)
{
Name = "dcVltg"
}
-Wire-([1098,288],0,0,-1)
{
Vertex="0,0;36,0"
}
0.ground([432,558],1,0,-1)
{
}
-Sticky-([486,522],0)
{
Name = "Untitled"
Font = 1
Bounds = 486,522,612,612
Alignment = 0
Style = 1
Arrow = 16
Color = 0,15792890
Text = "
10 MVAR RC Damped Capacitor.
Improved filtering may be needed."
}
-Wire-([306,378],0,0,-1)
{
Vertex="0,0;144,0"
}
-Wire-([432,378],0,0,-1)
{
Vertex="0,0;0,72"
}
-ControlPanel-([72,1188],0)
{
Name = "SE Q Control"
Flags = 0
State = 1
Icon = -1,-1
Posn = 72,1188
Extents = 0,0,72,126
Slider(25307024)
}
0.pgb([504,1404],3,25386704,340)
{
Name = "Prec"
Group = ""
Display = "1"
Scale = "0.01"
Units = "pu"
mrun = "0"
Pol = "0"
Min = "-2"
Max = "2"
}
0.pgb([396,1368],0,25389784,280)
{
Name = "dcVoltage Rec"
Group = ""
Display = "1"
Scale = "1.0"
Units = "kV"
mrun = "0"
Pol = "0"
Min = "0"
Max = "160"
}
0.pgb([612,1188],0,25391776,260)
{
Name = "ModIndex(mr)"
Group = ""
Display = "1"
Scale = "1.0"
Units = ""
mrun = "0"
Pol = "0"
Min = "0"
Max = "1"
}
0.pgb([414,1188],3,25393824,230)
{
Name = "QerrR"
Group = ""
Display = "1"
Scale = "1.0"
Units = ""
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.pgb([306,1188],3,25395736,210)
{
Name = "Qrefr"
Group = ""
Display = "1"
Scale = "1.0"
Units = ""
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.xnode([306,378],0,0,-1)
{
Name = "VSCIN"
}
}
}
Module("Main")
{
Desc = "Main Page"
FileDate = 0
Nodes =
{
}
Graphics =
{
Rectangle(-18,-18,18,18)
}
Page(C/A2,Portrait,176,[636,362],100)
{
-Cable-([1926,954],0,116283208,-1)
{
Name = "Cable2"
Date = 1235982322
Freq = "0 [Hz]"
Length = "100.0 [km]"
Dim = 2
Mode = 0
Vertex="0,0;0,-18;0,-108;0,-126"
PageLayer(A/A4,Landscape,51,[636,362],100)
{
0.Line_Ground([288,288],0,116284520,-1)
{
GRRES = "100.0 [ohm*m]"
GPERM = "1.0"
EarthForm = "0"
}
0.Cable_Coax([288,558],0,116285512,-1)
{
CABNUM = "1"
Y = "1 [m]"
X = "0 [m]"
LL = "3"
LC = "1"
SHRad = "1"
CONNAM1 = "Conductor"
CONNAM2 = "Sheath"
CONNAM3 = "Armour"
CONNAM4 = "Outside Cond."
R1 = "0.0 [m]"
R2 = "0.0104 [m]"
RHOC = "2.82e-8 [ohm*m]"
PERMC = "1"
R3 = ".016 [m]"
EPS1 = "4.1"
PERM1 = "1"
R4 = ".0205 [m]"
RHOS = "1.86e-8 [ohm*m]"
PERMS = "1"
R5 = ".0215 [m]"
EPS2 = "2.3"
PERM2 = "1"
R6 = ".0583 [m]"
RHOA = "1.8e-7 [ohm*m]"
PERMA = "400"
R7 = ".0635 [m]"
EPS3 = "1.0"
PERM3 = "1"
R8 = ".07 [m]"
RHOO = "1.8e-7 [ohm*m]"
PERMO = "400"
R9 = ".08 [m]"
EPS4 = "1.0"
PERM4 = "1"
}
0.Cable_Coax([738,558],0,116288280,-1)
{
CABNUM = "2"
Y = "1 [m]"
X = "0.4 [m]"
LL = "3"
LC = "1"
SHRad = "1"
CONNAM1 = "Conductor"
CONNAM2 = "Sheath"
CONNAM3 = "Armour"
CONNAM4 = "Outside Cond."
R1 = "0.0 [m]"
R2 = "0.0104 [m]"
RHOC = "2.82e-8 [ohm*m]"
PERMC = "1"
R3 = ".016 [m]"
EPS1 = "4.1"
PERM1 = "1"
R4 = ".0205 [m]"
RHOS = "1.86e-8 [ohm*m]"
PERMS = "1"
R5 = ".0215 [m]"
EPS2 = "2.3"
PERM2 = "1"
R6 = ".0583 [m]"
RHOA = "1.8e-7 [ohm*m]"
PERMA = "400"
R7 = ".0635 [m]"
EPS3 = "1.0"
PERM3 = "1"
R8 = ".07 [m]"
RHOO = "1.8e-7 [ohm*m]"
PERMO = "400"
R9 = ".08 [m]"
EPS4 = "1.0"
PERM4 = "1"
}
0.Line_FrePhase_Options([612,180],0,116295096,-1)
{
Interp1 = "1"
Output = "1"
Inflen = "0"
FS = "0.001 [Hz]"
FE = "1.0E5 [Hz]"
Numf = "100"
YMaxP = "20"
AMaxP = "20"
YMaxE = "2 [%]"
AMaxE = "2 [%]"
xxx = ""
W1 = "1"
W2 = "1"
W3 = "1"
}
}
}
.SE([1944,720],0,0,350)
{
}
.RE([1998,1062],0,0,390)
{
}
-Sticky-([54,18],0)
{
Name = ""
Font = 2
Bounds = 54,18,1170,54
Alignment = 1
Style = 0
Arrow = 0
Color = 0,15792890
Text = "VSC TRANSMISSION WITH AC TRANSMISSION CHARACTERISTICS"
}
-Wire-([1368,270],0,0,-1)
{
Vertex="0,0;72,0"
}
-Wire-([1368,306],0,0,-1)
{
Vertex="0,0;72,0"
}
-Wire-([1368,342],0,0,-1)
{
Vertex="0,0;72,0"
}
0.ground([1332,378],1,0,-1)
{
}
0.voltmetergnd([1404,270],0,0,50)
{
Name = "VHA"
}
0.voltmetergnd([1404,306],0,0,90)
{
Name = "VHB"
}
0.voltmetergnd([1404,342],0,0,140)
{
Name = "VHC"
}
0.xfmr-3p2w([1296,306],4,0,80)
{
Name = ""
Tmva = "892.4 [MVA]"
f = "60.0 [Hz]"
YD1 = "0"
YD2 = "1"
Lead = "1"
Xl = "0.14 [p.u.]"
Ideal = "1"
NLL = "0.0 [p.u.]"
CuL = "0.0 [p.u.]"
Tap = "0"
View = "0"
Dtls = "0"
V1 = "539.0 [kV]"
V2 = "26.0 [kV]"
Enab = "0"
Sat = "1"
Xair = "0.2 [p.u.]"
Tdc = "1.0 [sec]"
Xknee = "1.25 [p.u.]"
Txk = "0 [sec]"
Im1 = "1.0 [%]"
ILA1 = ""
ILB1 = ""
ILC1 = ""
IAB1 = ""
IBC1 = ""
ICA1 = ""
ILA2 = "IMACA"
ILB2 = "IMACB"
ILC2 = "IMACC"
IAB2 = ""
IBC2 = ""
ICA2 = ""
IMA = ""
IMB = ""
IMC = ""
FLXA = ""
FLXB = ""
FLXC = ""
IMAB = ""
IMBC = ""
IMCA = ""
FLXAB = ""
FLXBC = ""
FLXCA = ""
}
0.voltmetergnd([918,270],0,0,10)
{
Name = "VMACA"
}
0.voltmetergnd([918,306],0,0,30)
{
Name = "VMACB"
}
0.voltmetergnd([918,342],0,0,70)
{
Name = "VMACC"
}
0.rms3ph([918,198],0,0,400)
{
Type = "0"
View = "0"
Scale = "26.0"
Ts = "0.02 [sec]"
freq = "60.0 [Hz]"
NSAM = "64"
Vinit = "0.0 [kV]"
}
0.sync_machine([594,306],0,0,440)
{
Name = "ieee"
Nqaxw = "2"
Cnfg = "0"
MM = "0"
CfRa = "1"
MSat = "0"
icTyp = "0"
Iscl = "0"
View = "0"
itrfa = "0"
izro = "0"
Icsp = "0"
Icmp = "0"
Immd = "0"
Ifmlt = "0"
Term = "0"
Ts = "0.02 [sec]"
Iexc = "1"
Igov = "0"
Ospd = "0"
machsw = "Mcsw"
Enab = "tbgo"
npadjs = "0"
pset = "0.0 [MW]"
nftrsw = "0"
hmult = "1.0"
sdmftr = "1.0"
sdmspd = "1.0"
npadjm = "0"
fldmlt = "1.0"
nfldsw = "0"
Vbase = "15.01 [kV]"
Ibase = "19.82 [kA]"
OMO = "376.99111843 [rad/s]"
H = "3.7255 [MW/MVA]"
D = "0.0 [p.u.]"
RNeut = "1.0E4 [p.u.]"
XNeut = "0.0 [p.u.]"
Ri = "300.0 [p.u.]"
NOM = "1.0"
Rs1 = "0.002 [p.u.]"
XS1 = "0.14 [p.u.]"
XMD0 = "1.445 [p.u.]"
R2D = "1.4068E-03 [p.u.]"
X2D = "6.1789E-02 [p.u.]"
R3D = "4.0699E-03 [p.u.]"
X3D = "5.4581E-03 [p.u.]"
X230 = "0.0 [p.u.]"
XMQ = "0.91 [p.u.]"
R2Q = "1.4145E-02 [p.u.]"
X2Q = "0.32928 [p.u.]"
R3Q = "8.1942E-03 [p.u.]"
X3Q = "9.4199E-02 [p.u.]"
X231 = "0.0 [p.u.]"
Ra = "0.0 [p.u.]"
Ta = "0.332 [sec]"
Xp = "0.130 [p.u.]"
Xd = "1.79 [p.u.]"
Xd' = "0.169 [p.u.]"
Tdo' = "4.3 [sec]"
Xd'' = "0.135 [p.u.]"
Tdo'' = "0.032 [sec]"
Gfld = "0.0 [p.u.]"
Xkf = "1.0E+2 [p.u.]"
Xq = "1.71 [p.u.]"
Xq' = "0.228 [p.u.]"
Tqo' = "0.85 [sec]"
Xq'' = "0.2 [p.u.]"
Tqo'' = "0.05 [sec]"
AGFC = "1.0"
X1 = "0.0"
Y1 = "0.0 [p.u.]"
X2 = "0.5"
Y2 = "0.5 [p.u.]"
X3 = "0.8"
Y3 = "0.8 [p.u.]"
X4 = "1.0"
Y4 = "1.0 [p.u.]"
X5 = "1.2"
Y5 = "1.2 [p.u.]"
X6 = "1.5"
Y6 = "1.5 [p.u.]"
X7 = "1.8"
Y7 = "1.8 [p.u.]"
X8 = "2.2"
Y8 = "2.2 [p.u.]"
X9 = "3.2"
Y9 = "3.2 [p.u.]"
X10 = "4.2"
Y10 = "4.2 [p.u.]"
VT = "1.0 [p.u.]"
Pheta = "0.0 [rad]"
Trmpv = "0.2 [sec]"
Sysfl = "100.0 [p.u.]"
Ptcon = "0.2 [sec]"
P0 = "0.0 [p.u.]"
Q0 = "0.0 [p.u.]"
Theti = "3.141592 [rad]"
Idi = "0.0 [p.u.]"
Iqi = "0.0 [p.u.]"
Ifi = "0.0 [p.u.]"
Spdi = "1.0 [p.u.]"
POut = "Pout"
QOut = "Qout"
Vneut = ""
Cneut = ""
Lang = ""
Theta = ""
Wang = ""
Tesmt = "Testdy"
PQscl = "0"
InExc = "Mactiv"
InGov = "InitGv"
Mon1 = "1"
Chn1 = ""
Mon2 = "1"
Chn2 = ""
Mon3 = "1"
Chn3 = ""
Mon4 = "1"
Chn4 = ""
Mon5 = "1"
Chn5 = ""
Mon6 = "1"
Chn6 = ""
}
-Wire-([630,342],0,0,-1)
{
Vertex="0,0;594,0"
}
-Wire-([630,306],0,0,-1)
{
Vertex="0,0;594,0"
}
-Wire-([630,270],0,0,-1)
{
Vertex="0,0;594,0"
}
0.nodeloop([846,306],0,0,20)
{
View = "0"
}
-Wire-([846,198],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([846,234],0,0,-1)
{
Vertex="0,0;0,-36"
}
-Wire-([522,162],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([558,234],0,0,-1)
{
Vertex="0,0;0,-72"
}
0.sandhdefn([522,198],5,0,410)
{
Iand = "1"
}
-Wire-([594,234],0,0,-1)
{
Vertex="0,0;0,-72"
}
0.datalabel([594,162],3,0,-1)
{
Name = "cfld"
}
0.datalabel([558,162],2,0,-1)
{
Name = "vfld"
}
-Wire-([486,306],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([450,198],0,0,-1)
{
Vertex="0,0;36,0"
}
0.datalabel([450,198],2,0,-1)
{
Name = "Mactiv"
}
0.timerdefn([90,396],4,0,40)
{
Timsw = "1.499"
}
-Wire-([126,396],0,0,-1)
{
Vertex="0,0;36,0"
}
0.annotation([612,612],0,0,-1)
{
AL1 = "Machine Group"
AL2 = ""
}
0.annotation([1278,486],0,0,-1)
{
AL1 = "System Group"
AL2 = ""
}
0.pgb([720,684],0,25431680,570)
{
Name = "Machine:From mac, real P p.u."
Group = ""
Display = "0"
Scale = "1"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([684,684],2,0,-1)
{
Name = "Pout"
}
-Wire-([684,684],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([720,720],0,25434712,540)
{
Name = "Machine:From mac, react P p.u."
Group = ""
Display = "0"
Scale = "1"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([684,720],2,0,-1)
{
Name = "Qout"
}
-Wire-([684,720],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([720,792],0,25437640,510)
{
Name = "Machine:Smooth elect + fr torque p.u."
Group = ""
Display = "0"
Scale = "1.0"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([684,792],2,0,-1)
{
Name = "Tmstdy"
}
-Wire-([684,792],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([720,756],0,25440432,520)
{
Name = "Machine:Smooth elect torque p.u."
Group = ""
Display = "0"
Scale = "1.0"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([684,756],2,0,-1)
{
Name = "Testdy"
}
-Wire-([684,756],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([612,684],0,25443224,580)
{
Name = "Te"
Group = ""
Display = "0"
Scale = "1.0"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "0"
Max = "2"
}
0.datalabel([576,684],2,0,-1)
{
Name = "Te"
}
-Wire-([576,684],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([828,684],0,25446064,560)
{
Name = "Machine:Normalized field crt"
Group = ""
Display = "0"
Scale = "1.0"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "0.0"
Max = "2.0"
}
0.datalabel([792,684],2,0,-1)
{
Name = "cfld"
}
-Wire-([792,684],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([828,720],0,25448968,530)
{
Name = "Machine:Normalized field volts"
Group = ""
Display = "0"
Scale = "1.0"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "0.0"
Max = "2.0"
}
0.datalabel([792,720],2,0,-1)
{
Name = "vfld"
}
-Wire-([792,720],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([1494,630],0,25451760,270)
{
Name = "System:High Side Volts, C"
Group = ""
Display = "0"
Scale = "0.002272"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([1458,630],2,0,-1)
{
Name = "VHC"
}
-Wire-([1458,630],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([1278,666],0,25454560,280)
{
Name = "System:High Side Current, A"
Group = ""
Display = "0"
Scale = "0.7397"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([1242,666],2,0,-1)
{
Name = "IHA"
}
-Wire-([1242,666],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([1278,738],0,25457488,320)
{
Name = "System:High Side Current, B"
Group = ""
Display = "0"
Scale = "0.7397"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([1242,702],2,0,-1)
{
Name = "IHB"
}
-Wire-([1242,702],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([1278,738],0,25460280,330)
{
Name = "System:High Side Current, C"
Group = ""
Display = "0"
Scale = "0.7397"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([1242,738],2,0,-1)
{
Name = "IHC"
}
-Wire-([1242,738],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([1278,594],0,25462832,220)
{
Name = "System:Machine Volts, B"
Group = ""
Display = "0"
Scale = "0.0471"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([1242,594],2,0,-1)
{
Name = "VMACB"
}
-Wire-([1242,594],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([1278,630],0,25465768,250)
{
Name = "System:Machine Volts, C"
Group = ""
Display = "0"
Scale = "0.0471"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([1242,630],2,0,-1)
{
Name = "VMACC"
}
-Wire-([1242,630],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([1386,558],0,25468592,200)
{
Name = "System:Machine Current, A,out+"
Group = ""
Display = "0"
Scale = "0.03567"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-4"
Max = "4"
}
0.datalabel([1350,558],2,0,-1)
{
Name = "IMACA"
}
-Wire-([1350,558],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([1386,594],0,25471384,230)
{
Name = "System:Machine Current,B,out+"
Group = ""
Display = "0"
Scale = "0.03567"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([1350,594],2,0,-1)
{
Name = "IMACB"
}
-Wire-([1350,594],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([1386,630],0,25474176,260)
{
Name = "System:Machine Current,C,out+"
Group = ""
Display = "0"
Scale = "0.03567"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([1350,630],2,0,-1)
{
Name = "IMACC"
}
-Wire-([1350,630],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([1494,558],0,25482240,210)
{
Name = "System:High Side Volts, A"
Group = ""
Display = "0"
Scale = "0.002272"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([1458,558],2,0,-1)
{
Name = "VHA"
}
-Wire-([1458,558],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([1494,594],0,25485040,240)
{
Name = "System:High Side Volts, B"
Group = ""
Display = "0"
Scale = "0.002272"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([1458,594],2,0,-1)
{
Name = "VHB"
}
-Wire-([1458,594],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([1494,666],0,25487840,300)
{
Name = "System:Infinite Bus Volts, A"
Group = ""
Display = "0"
Scale = "0.002272"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([1458,666],2,0,-1)
{
Name = "VIA"
}
-Wire-([1458,666],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([1494,702],0,25490776,310)
{
Name = "System:Infinite Bus Volts, B"
Group = ""
Display = "0"
Scale = "0.002272"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([1458,702],2,0,-1)
{
Name = "VIB"
}
-Wire-([1458,702],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([1494,738],0,25493616,340)
{
Name = "System:Infinite Bus Volts, C"
Group = ""
Display = "0"
Scale = "0.002272"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([1458,738],2,0,-1)
{
Name = "VIC"
}
-Wire-([1458,738],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([1692,306],0,0,-1)
{
Vertex="0,0;252,0"
}
0.inductor([1584,270],2,0,-1)
{
L = ".4323 [H]"
}
0.inductor([1584,306],2,0,-1)
{
L = ".4323 [H]"
}
0.inductor([1584,342],2,0,-1)
{
L = ".4323 [H]"
}
0.resistor([1548,270],2,0,-1)
{
R = "6.0832 [ohm]"
}
-Wire-([1584,270],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([1584,306],0,0,-1)
{
Vertex="0,0;108,0"
}
-Wire-([1584,342],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([1476,306],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([1476,342],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([1476,270],0,0,-1)
{
Vertex="0,0;36,0"
}
0.ammeter([1476,270],4,0,60)
{
Name = "IHA"
}
0.ammeter([1476,306],4,0,110)
{
Name = "IHB"
}
-Wire-([1620,378],0,0,-1)
{
Vertex="0,0;0,-36"
}
-Wire-([1800,378],0,0,-1)
{
Vertex="0,0;0,-36"
}
-Wire-([1620,378],0,0,-1)
{
Vertex="0,0;72,0"
}
-Wire-([1674,378],0,0,-1)
{
Vertex="0,0;126,0"
}
-Wire-([1620,270],0,0,-1)
{
Vertex="0,0;0,-36"
}
-Wire-([1620,234],0,0,-1)
{
Vertex="0,0;72,0"
}
-Wire-([1692,234],0,0,-1)
{
Vertex="0,0;108,0"
}
0.ammeter([1476,342],4,0,160)
{
Name = "IHC"
}
-Wire-([1800,270],0,0,-1)
{
Vertex="0,0;72,0"
}
-Wire-([1800,342],0,0,-1)
{
Vertex="0,0;144,0"
}
0.voltmetergnd([1818,270],0,0,100)
{
Name = "VIA"
}
0.voltmetergnd([1818,306],0,0,150)
{
Name = "VIB"
}
0.voltmetergnd([1818,342],0,0,170)
{
Name = "VIC"
}
0.datalabel([594,414],0,0,-1)
{
Name = "aplt"
}
0.datalabel([162,396],2,0,-1)
{
Name = "tbgo"
}
-Wire-([1800,270],0,0,-1)
{
Vertex="0,0;0,-36"
}
0.pgb([1026,198],0,25508032,650)
{
Name = "System:Machine Output Volts p.u."
Group = ""
Display = "0"
Scale = "1.0"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "0"
Max = "1.2"
}
-Wire-([954,198],0,0,-1)
{
Vertex="0,0;72,0"
}
0.datalabel([990,198],2,0,-1)
{
Name = "linev"
}
0.timerdefn([810,522],0,0,180)
{
Timsw = "1.1"
}
-Wire-([738,522],0,0,-1)
{
Vertex="0,0;36,0"
}
0.datalabel([738,522],2,0,-1)
{
Name = "mcsw"
}
0.pgb([1278,558],0,25513232,190)
{
Name = "System:Machine Volts, A"
Group = ""
Display = "0"
Scale = "0.0471"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.datalabel([1242,558],2,0,-1)
{
Name = "VMACA"
}
-Wire-([1242,558],0,0,-1)
{
Vertex="0,0;36,0"
}
0.source3([2322,306],4,0,-1)
{
Name = "SOURCE"
Type = "2"
Ctrl = "0"
MVA = "100.0 [MVA]"
Vm = "477.8 [kV]"
F = "60.0 [Hz]"
Tc = "0.2 [sec]"
ZSeq = "0"
Imp = "0"
Exph = "0"
View = "0"
Term = "0"
R1s = "1.0 [ohm]"
R1p = "1.0 [ohm]"
L1p = "0.05178 [H]"
Z1 = "1.0 [ohm]"
Phi1 = "80.0 [癩"
RN = "2.0"
R0p = "1.0 [ohm]"
L0p = "0.1 [H]"
Z0 = "1.0 [ohm]"
Phi0 = "80.0 [癩"
Es = "477.8 [kV]"
F0 = "60.0 [Hz]"
Ph = "-3.813 [癩"
Pinit = "0.0 [pu]"
Qinit = "0.0 [pu]"
VCtrl = "0"
Vdes = "1.0 [p.u.]"
Vbase = "230.0 [kV]"
Tvm = "0.02 [sec]"
Tvc = "0.05 [sec]"
PCtrl = "0"
Pdes = "1.0 [p.u.]"
Tpm = "0.02 [sec]"
Tpc = "0.05 [sec]"
P = ""
Q = ""
V = ""
Theta = ""
Ia = ""
Ib = ""
Ic = ""
}
0.ground([2358,306],0,0,-1)
{
}
-Sticky-([36,162],0)
{
Name = "Untitled"
Font = 1
Bounds = 36,162,270,270
Alignment = 0
Style = 1
Arrow = 0
Color = 0,15792890
Text = "
Multimass enabled at time = 1.4 sec.
The input "Mactiv" allows the
multimass to be enabled only when
the machine is active.
The multimass is initialized with
smoothed value of electrical torque
"Testdy" from the machine model."
}
0.arrow_c([234,198],5,0,-1)
{
}
-Sticky-([684,414],0)
{
Name = "Untitled"
Font = 1
Bounds = 684,414,918,486
Alignment = 0
Style = 1
Arrow = 0
Color = 0,15792890
Text = "
Initial Angle of source = -14.9 deg.
Initial Ramp up time = 0.2 sec.
Machine enabled at = 1.1 sec."
}
0.arrow_c([684,432],7,0,-1)
{
}
-Sticky-([1206,162],0)
{
Name = "Untitled"
Font = 1
Bounds = 1206,162,1350,198
Alignment = 0
Style = 1
Arrow = 0
Color = 0,15792890
Text = "
Y winding leads the delta
winding by 30 degrees."
}
0.arrow_s([1278,198],0,0,-1)
{
}
0.sandhdefn([522,432],0,0,420)
{
Iand = "1"
}
-Wire-([576,432],0,0,-1)
{
Vertex="0,0;-18,0"
}
-Wire-([486,432],0,0,-1)
{
Vertex="0,0;-36,0"
}
0.datalabel([522,468],0,0,-1)
{
Name = "tbgo"
}
-Sticky-([396,36],0)
{
Name = "Untitled"
Font = 1
Bounds = 396,36,540,90
Alignment = 0
Style = 1
Arrow = 0
Color = 0,15792890
Text = "
Field Voltage held at
the same value"
}
-Sticky-([612,36],0)
{
Name = "Untitled"
Font = 1
Bounds = 612,36,810,90
Alignment = 0
Style = 1
Arrow = 0
Color = 0,15792890
Text = "
Power of the machine at fault
0.9 pu at 0.9 p.f. lagging"
}
-Sticky-([126,594],0)
{
Name = "Untitled"
Font = 1
Bounds = 126,594,288,666
Alignment = 0
Style = 1
Arrow = 0
Color = 0,15792890
Text = "
Mech. Torque held at
the initial value"
}
0.resistor([1548,306],2,0,-1)
{
R = "6.0832 [ohm]"
}
0.resistor([1548,342],2,0,-1)
{
R = "6.0832 [ohm]"
}
0.datalabel([486,306],2,0,-1)
{
Name = "Te"
}
0.datalabel([486,342],0,0,-1)
{
Name = "Tmstdy"
}
0.datalabel([684,828],0,0,-1)
{
Name = "aplt"
}
0.pgb([720,828],0,25531600,490)
{
Name = "Tm"
Group = ""
Display = "0"
Scale = "1.0"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
-Wire-([684,828],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([576,432],0,0,-1)
{
Vertex="0,0;18,0"
}
0.derivative([378,684],0,0,470)
{
T = "1 [sec]"
COM = "Derivative"
}
0.datalabel([306,684],2,0,-1)
{
Name = "Te"
}
0.datalabel([468,684],2,0,-1)
{
Name = "DTe"
}
-Wire-([306,684],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([414,684],0,0,-1)
{
Vertex="0,0;54,0"
}
0.derivative([378,738],0,0,460)
{
T = "1[sec]"
COM = "Derivative"
}
0.datalabel([558,378],0,0,-1)
{
Name = "w"
}
0.datalabel([270,738],0,0,-1)
{
Name = "w"
}
0.datalabel([468,738],0,0,-1)
{
Name = "Dw"
}
-Wire-([414,738],0,0,-1)
{
Vertex="0,0;54,0"
}
0.pgb([468,684],0,25539240,590)
{
Name = "delta_Te"
Group = ""
Display = "0"
Scale = "1.0"
Units = "p.u."
mrun = "0"
Pol = "0"
Min = "-2"
Max = "2.0"
}
0.pgb([468,738],0,25541200,550)
{
Name = "delta_w"
Group = ""
Display = "0"
Scale = "1.0"
Units = ""
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
0.div([306,738],0,0,450)
{
}
0.const([270,774],0,0,290)
{
Name = ""
Value = "377"
}
0.capacitor([1944,270],0,0,-1)
{
C = "21.977 [uF]"
}
0.capacitor([1944,306],0,0,-1)
{
C = "21.977 [uF]"
}
-Wire-([2142,270],0,0,-1)
{
Vertex="0,0;144,0"
}
-Wire-([2142,306],0,0,-1)
{
Vertex="0,0;144,0"
}
-Wire-([2142,342],0,0,-1)
{
Vertex="0,0;144,0"
}
0.ammeter([1872,270],6,0,120)
{
Name = "IdA"
}
0.datalabel([1818,144],0,0,-1)
{
Name = "IdA"
}
0.pgb([1854,144],0,25546960,630)
{
Name = "i"
Group = ""
Display = "0"
Scale = "1.0"
Units = ""
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
-Wire-([1818,144],0,0,-1)
{
Vertex="0,0;36,0"
}
0.pgb([342,864],1,25549296,500)
{
Name = "w"
Group = ""
Display = "0"
Scale = "1.0"
Units = ""
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
-Wire-([342,792],0,0,-1)
{
Vertex="0,0;0,72"
}
-Wire-([342,738],0,0,-1)
{
Vertex="0,0;0,54"
}
0.ammeter([1980,270],0,0,130)
{
Name = "IcA"
}
0.datalabel([1818,180],0,0,-1)
{
Name = "IcA"
}
0.pgb([1854,180],0,25552664,610)
{
Name = "IcA"
Group = ""
Display = "0"
Scale = "1.0"
Units = ""
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
-Wire-([1818,180],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([522,342],0,0,-1)
{
Vertex="0,0;-36,0"
}
-Wire-([450,414],0,0,-1)
{
Vertex="0,0;0,18"
}
-Wire-([594,432],0,0,-1)
{
Vertex="0,0;0,-54"
}
-Wire-([1908,270],0,0,-1)
{
Vertex="0,0;36,0"
}
0.multimass([450,306],3,0,430)
{
SQC = "0"
N = "4"
Exc = "1"
MVA = "892.4 [MVA]"
F = "60.0 [Hz]"
RPM = "3600.0 [rpm]"
spdini = "1 [p.u.]"
Units = "9"
Enab = "InitGv"
tmi = "1"
tei = "1"
H1 = "0.0929"
H2 = "0.1556"
H3 = "0.8587"
H4 = "0.8842"
H5 = "0.0"
HG = "0.8685"
HE = "0.0342"
K12 = "7277"
K23 = "13168"
K34 = "19618"
K45 = "0.0"
KLG = "26713"
KGE = "1064"
TF1 = "0.30 [p.u.]"
TF2 = "0.26 [p.u.]"
TF3 = "0.22 [p.u.]"
TF4 = "0.22 [p.u.]"
TF5 = "0.0 [p.u.]"
sigma = "0.0 [1/sec]"
SD1 = "0.01"
SD2 = "0.01"
SD3 = "0.01"
SD4 = "0.01"
SD5 = "0.0"
SDG = "0.01"
SDE = "0.01"
MD12 = "0.0"
MD23 = "0.0"
MD34 = "0.0"
MD45 = "0.0"
MDLG = "0.0"
MDGE = "0.0"
T12 = ""
T23 = ""
T34 = "abtorq"
T45 = "bgtorq"
T56 = "gxtorq"
P1 = ""
P2 = ""
P3 = ""
P4 = ""
P5 = ""
P6 = ""
W1 = ""
W2 = ""
W3 = ""
W4 = ""
W5 = ""
W6 = ""
Wbas = ""
}
0.datalabel([486,234],2,0,-1)
{
Name = "Testdy"
}
-Wire-([486,270],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([450,414],0,0,-1)
{
Vertex="0,0;36,0;36,-36"
}
0.datalabel([270,288],0,0,-1)
{
Name = "abtorq"
}
0.pgb([324,288],0,25559536,640)
{
Name = "LPA to LPB torque"
Group = ""
Display = "0"
Scale = "1.0"
Units = ""
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
-Wire-([270,288],0,0,-1)
{
Vertex="0,0;54,0"
}
0.datalabel([270,324],0,0,-1)
{
Name = "bgtorq"
}
0.pgb([324,324],0,25562336,620)
{
Name = "LPA to GEN torque"
Group = ""
Display = "0"
Scale = "1.0"
Units = ""
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
-Wire-([270,324],0,0,-1)
{
Vertex="0,0;54,0"
}
0.datalabel([270,360],0,0,-1)
{
Name = "gxtorq"
}
0.pgb([324,360],0,25565048,600)
{
Name = "GEN to EXC torque"
Group = ""
Display = "0"
Scale = "1.0"
Units = ""
mrun = "0"
Pol = "0"
Min = "-2.0"
Max = "2.0"
}
-Wire-([270,360],0,0,-1)
{
Vertex="0,0;54,0"
}
0.resistor([2214,396],1,0,-1)
{
R = "1000.0 [ohm]"
}
0.inductor([2232,396],7,0,-1)
{
L = "0.1 [H]"
}
-Wire-([2214,270],0,0,-1)
{
Vertex="0,0;0,126"
}
-Wire-([2214,396],0,0,-1)
{
Vertex="0,0;18,0"
}
-Wire-([2214,432],0,0,-1)
{
Vertex="0,0;18,0"
}
-Wire-([2214,432],0,0,-1)
{
Vertex="0,0;0,90"
}
0.resistor([2250,468],1,0,-1)
{
R = "1000.0 [ohm]"
}
0.inductor([2268,468],7,0,-1)
{
L = "0.1 [H]"
}
-Wire-([2250,468],0,0,-1)
{
Vertex="0,0;18,0"
}
-Wire-([2250,504],0,0,-1)
{
Vertex="0,0;18,0"
}
-Wire-([2250,504],0,0,-1)
{
Vertex="0,0;0,90"
}
0.resistor([2304,432],1,0,-1)
{
R = "1000.0 [ohm]"
}
0.inductor([2322,432],7,0,-1)
{
L = "0.1 [H]"
}
-Wire-([2304,432],0,0,-1)
{
Vertex="0,0;18,0"
}
-Wire-([2304,468],0,0,-1)
{
Vertex="0,0;18,0"
}
-Wire-([2304,468],0,0,-1)
{
Vertex="0,0;0,90"
}
-Wire-([2268,468],0,0,-1)
{
Vertex="0,0;0,-90"
}
-Wire-([2268,378],0,0,-1)
{
Vertex="0,0;-36,0"
}
-Wire-([2232,378],0,0,-1)
{
Vertex="0,0;0,-72"
}
-Wire-([2304,432],0,0,-1)
{
Vertex="0,0;0,-54"
}
-Wire-([2304,378],0,0,-1)
{
Vertex="0,0;-18,0"
}
-Wire-([2286,378],0,0,-1)
{
Vertex="0,0;0,-18"
}
-Wire-([2286,360],0,0,-1)
{
Vertex="0,0;-36,0"
}
-Wire-([2250,360],0,0,-1)
{
Vertex="0,0;0,-18"
}
0.tpflt([2268,684],1,0,480)
{
Ctype = "0"
OpCur = "0"
Grnd = "1"
View = "0"
CLVL = "0.0 [kA]"
RON = "0.01 [ohm]"
ROFF = "1.0E6 [ohm]"
A = "1"
B = "1"
C = "1"
G = "1"
Ifla = ""
Iflb = ""
Iflc = ""
AG1 = "1"
}
-Wire-([2214,522],0,0,-1)
{
Vertex="0,0;0,108"
}
-Wire-([2214,630],0,0,-1)
{
Vertex="0,0;18,0"
}
-Wire-([2232,630],0,0,-1)
{
Vertex="0,0;0,18"
}
-Wire-([2250,594],0,0,-1)
{
Vertex="0,0;18,0"
}
-Wire-([2268,594],0,0,-1)
{
Vertex="0,0;0,54"
}
-Wire-([2304,558],0,0,-1)
{
Vertex="0,0;0,90"
}
0.tfault([2232,828],4,0,380)
{
TF = "1.5 [sec]"
DF = "0.075 [sec]"
REP = "0"
}
-Wire-([2268,828],0,0,-1)
{
Vertex="0,0;0,-72"
}
0.capacitor([1944,342],0,0,-1)
{
C = "21.977 [uF]"
}
.Untitled_1([144,1008],0,0,360)
{
}
.Untitled_2([342,1008],0,0,370)
{
}
0.breakout([2106,306],0,0,-1)
{
Dis = "0"
}
0.breakout([2052,306],4,0,-1)
{
Dis = "0"
}
-Wire-([1980,306],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([1980,342],0,0,-1)
{
Vertex="0,0;36,0"
}
-Wire-([2052,306],0,0,-1)
{
Vertex="0,0;0,270"
}
-Wire-([2106,306],0,0,-1)
{
Vertex="0,0;0,648"
}
0.datalabel([2052,576],0,0,-1)
{
Name = "VSCIN"
}
0.datalabel([2106,954],0,0,-1)
{
Name = "VSCOUT"
}
-Wire-([2052,576],0,0,-1)
{
Vertex="0,0;0,54"
}
-Wire-([2106,954],0,0,-1)
{
Vertex="0,0;0,18"
}
}
}
}