gen.cfg

[Bus]
description=
	Describes a Bus object  also called a node in the AC transmission
	system . Buses are some of the main objects in the application  that most
	other things go through.

[Bus.P.0]
name=bus number
value=int
unit=id

[Bus.P.1]
name=voltage base
unit=kV

[Bus.P.2]
name=voltage amplitude initial guess
unit=p.u.

[Bus.P.3]
name=voltage phase initial guess
unit=rad

[Bus.P.4]
name=area number
unit=id

[Bus.P.5]
name=region number
unit=id

[Bus.P.6]
name=latitude
unit=degree

[Bus.P.7]
name=longitude
unit=degree

[Bus.V.P]
name=active power injection
abbr=p
unit=p.u.
max=1
min=0

[Bus.V.Q]
name=reactive power injection
abbr=q
unit=p.u.
max=1

[Bus.V.V]
name=voltage magnitude
abbr=v
unit=p.u.
max=1

[Bus.V.theta]
name=voltage angle
abbr=theta
unit=rad
max=90

[Bus.V.w_Busfreq]
name=bus frequency
abbr=Hz
unit=p.u.
max=1

[DCLine]
description=
	Describes a DCLine object. There are two types of lines: regular power
	transmission lines  i.e. what we think of generally as power lines  and
	transformers  i.e. the big boxes on a power pole .
	To distinguish between the two types of lines  we can look at the Fixed
	Tap Ratio  which will be 1.0 for power lines  otherwise it is a
	transformer.
	A line connects two buses together  denoted by the ``from bus  i `` and
	``to bus j `` parameters.

[DCLine.P.0]
name=from node  i 
unit=id

[DCLine.P.1]
name=to node  j 
unit=id

[DCLine.P.2]
name=type
unit=?

[DCLine.R.1]
key=to
ref=node

[DCLine.R.0]
key=from
ref=node

[DCLine.V.Idc]
name=DC current
abbr=Idc
unit=p.u.
max=1
min=0

[Dfig]

[Dfig.P.0]
name=bus number
unit=int

[Dfig.P.1]
name=wind speed number
unit=int

[Dfig.P.2]
name=sn
unit=float

[Dfig.P.3]
name=vn
unit=float

[Dfig.P.4]
name=fn
unit=int

[Dfig.P.5]
name=rs
unit=float

[Dfig.P.6]
name=xs
unit=float

[Dfig.P.7]
name=rr
unit=float

[Dfig.P.8]
name=xr
unit=float

[Dfig.P.9]
name=xmu
unit=float

[Dfig.P.10]
name=hm
unit=float

[Dfig.P.11]
name=kp
unit=float

[Dfig.P.12]
name=tp
unit=float

[Dfig.P.13]
name=kv
unit=float

[Dfig.P.14]
name=te
unit=float

[Dfig.P.15]
name=r
unit=float

[Dfig.P.16]
name=p
unit=float

[Dfig.P.17]
name=nb
unit=float

[Dfig.P.18]
name=ngb
unit=float

[Dfig.P.19]
name=pmax
unit=float

[Dfig.P.20]
name=pmin
unit=float

[Dfig.P.21]
name=qmax
unit=float

[Dfig.P.22]
name=qmin
unit=float

[Dfig.P.23]
name=connection status
unit=boolean

[Dfig.R.0]
key=bus
ref=bus

[Dfig.V.omega_m]
name=rotor speed
abbr=omega_m
unit=pu
max=1
min=0

[Dfig.V.theta_p]
name=pitch angle
abbr=theta_p
unit=degree
max=1
min=0

[Dfig.V.idr]
name=direct-axis rotor current
abbr=idr
unit=pu
max=1
min=0

[Dfig.V.iqr]
name=quadrature-axis rotor current
abbr=iqr
unit=pu
max=1
min=0

[Dfig.V.p]
name=active power output
abbr=p
unit=pu
max=1
min=0

[Dfig.V.q]
name=reactive power output
abbr=q
unit=pu
max=1

[Exc]
description=
	Describes an exciter. There are several types of exciters based on its
	type parameter.

[Exc.R.0]
key=syn
ref=syn

[Exc.P.0]
name=syn number
unit=id

[Exc.P.1]
name=type
unit=int

[Exc.P.2]
name=vrmax
unit=float

[Exc.P.3]
name=vrmin
unit=float

[Exc.P.4]
name=u0
unit=float

[Exc.P.5]
name=t1
unit=float

[Exc.P.6]
name=t2
unit=float

[Exc.P.7]
name=t3
unit=float

[Exc.P.8]
name=t4
unit=float

[Exc.P.9]
name=te
unit=float

[Exc.P.10]
name=tr
unit=float

[Exc.P.11]
name=ae
unit=float

[Exc.P.12]
name=be
unit=float

[Exc.P.13]
name=connection status
unit=boolean

[Exc.V.vf]
name=excitation voltage
abbr=vf
unit=pu
max=1
min=0

[Exc.V.vm]
name=voltage measurement
abbr=vm
unit=pu
max=1
min=0

[Hvdc]
description=
	Describes a high-voltage dc transmission.

[Hvdc.P.0]
name=rectifier bus
unit=id

[Hvdc.P.1]
name=inverter bus
unit=id

[Hvdc.P.2]
name=sn
unit=float

[Hvdc.P.3]
name=vrn
unit=float

[Hvdc.P.4]
name=vin
unit=float

[Hvdc.P.5]
name=fn
unit=int

[Hvdc.P.6]
name=vdcn
unit=float

[Hvdc.P.7]
name=idcn
unit=float

[Hvdc.P.8]
name=xrt
unit=float

[Hvdc.P.9]
name=xit
unit=float

[Hvdc.P.10]
name=mr
unit=float

[Hvdc.P.11]
name=mi
unit=float

[Hvdc.P.12]
name=ki
unit=float

[Hvdc.P.13]
name=kp
unit=float

[Hvdc.P.14]
name=rdc
unit=float

[Hvdc.P.15]
name=ldc
unit=float

[Hvdc.P.16]
name=armax
unit=float

[Hvdc.P.17]
name=armin
unit=float

[Hvdc.P.18]
name=gimax
unit=float

[Hvdc.P.19]
name=gimin
unit=float

[Hvdc.P.20]
name=yrmax
unit=float

[Hvdc.P.21]
name=yrmin
unit=float

[Hvdc.P.22]
name=yimax
unit=float

[Hvdc.P.23]
name=yimin
unit=float

[Hvdc.P.24]
name=control type
unit=int

[Hvdc.P.25]
name=iord
unit=float

[Hvdc.P.26]
name=pord
unit=float

[Hvdc.P.27]
name=vord
unit=float

[Hvdc.P.28]
name=connection status
unit=boolean

[Hvdc.R.0]
key=rectifier
ref=bus

[Hvdc.R.1]
key=inverter
ref=bus

[Hvdc.V.Idc]
name=dc current
abbr=Idc
unit=pu
max=1
min=0

[Hvdc.V.Vrdc]
name=rectifier voltage
abbr=Vrdc
unit=pu
max=1
min=0

[Hvdc.V.Vidc]
name=inverter voltage
abbr=Vidc
unit=pu
max=1
min=0

[Line]
description=
	Describes a Line object. There are two types of lines: regular power
	transmission lines  i.e. what we think of generally as power lines  and
	transformers  i.e. the big boxes on a power pole .
	To distinguish between the two types of lines  we can look at the Fixed
	Tap Ratio  which will be 1.0 for power lines  otherwise it is a
	transformer.
	A line connects two buses together  denoted by the ``from bus  i `` and
	``to bus j `` parameters.

[Line.R.0]
key=from
ref=bus

[Line.R.1]
key=to
ref=bus

[Line.P.0]
name=from bus  i 
unit=id

[Line.P.1]
name=to bus  j 
unit=id

[Line.P.2]
name=power rating
unit=MVA

[Line.P.3]
name=voltage rating
unit=kV

[Line.P.4]
name=frequency rating
unit=Hz

[Line.P.5]
name=line length
unit=km

[Line.P.6]
name=-not used-
unit=?

[Line.P.7]
name=resistance
unit=Ohm

[Line.P.8]
name=reactance
unit=H

[Line.P.9]
name=susceptance
unit=F

[Line.P.10]
name=-not used-
unit=?

[Line.P.11]
name=-not used-
unit=?

[Line.P.12]
name=current limit
unit=p.u.

[Line.P.13]
name=active power limit
unit=p.u.

[Line.P.14]
name=apparent power limit
unit=p.u.

[Line.P.15]
name=connection status
unit=bool

[Line.V.Iij]
name=current i-j
abbr=Iij
unit=p.u.
max=1
min=0

[Line.V.Iji]
name=current j-i
abbr=Iji
unit=p.u.
max=1
min=0

[Line.V.Pij]
name=active power i-j
abbr=Pij
unit=p.u.
max=1
min=0

[Line.V.Pji]
name=active power j-i
abbr=Pji
unit=rad
max=1
min=0

[Line.V.Qij]
name=reactive power i-j
abbr=Qij
unit=p.u.
max=1
min=0

[Line.V.Qji]
name=reactive power j-i
abbr=Qji
unit=p.u.
max=1
min=0

[Line.V.Sij]
name=apparent power i-j
abbr=Sij
unit=p.u.
max=1
min=0

[Line.V.Sji]
name=apparent power j-i
abbr=Sji
unit=p.u.
max=1
min=0

[Node]
description=
	Describes a Bus object  also called a node in the AC transmission
	system . Buses are some of the main objects in the application  that most
	other things go through.

[Node.P.0]
name=Index
unit=id

[Node.P.1]
name=DC Voltage Rating: vdcn
unit=kV

[Node.P.2]
name=area code
unit=id

[Node.P.3]
name=region code
unit=id

[Node.P.4]
name=latitude
unit=degree

[Node.P.5]
name=longitude
unit=degree

[Node.V.v]
name= DC voltage magnitude
abbr=v
unit=p.u.
max=1
min=0

[Syn]
description=
	Describes a synchronus generator.

[Syn.R.0]
key=bus
ref=bus

[Syn.P.0]
name=bus number
unit=float

[Syn.P.1]
name=sn
unit=float

[Syn.P.2]
name=vn
unit=float

[Syn.P.3]
name=fn
unit=int

[Syn.P.4]
name=model
unit=int

[Syn.P.5]
name=xl
unit=float

[Syn.P.6]
name=ra
unit=float

[Syn.P.7]
name=xd
unit=float

[Syn.P.8]
name=xd1
unit=float

[Syn.P.9]
name=xd2
unit=float

[Syn.P.10]
name=td10
unit=float

[Syn.P.11]
name=td20
unit=float

[Syn.P.12]
name=xq
unit=float

[Syn.P.13]
name=xq1
unit=float

[Syn.P.14]
name=xq2
unit=float

[Syn.P.15]
name=tq10
unit=float

[Syn.P.16]
name=tq20
unit=float

[Syn.P.17]
name=m
unit=float

[Syn.P.18]
name=d
unit=float

[Syn.P.19]
name=kw
unit=float

[Syn.P.20]
name=kp
unit=float

[Syn.P.21]
name=gammap
unit=float

[Syn.P.22]
name=gammaq
unit=float

[Syn.P.23]
name=taa
unit=float

[Syn.P.24]
name=s10
unit=float

[Syn.P.25]
name=s20
unit=float

[Syn.P.26]
name=ncoi
unit=float

[Syn.P.27]
name=connection status
unit=boolean

[Syn.V.delta]
name=generator internal angle
abbr=delta
unit=rad
max=1
min=0

[Syn.V.omega]
name=generator speed
abbr=omega
unit=pu
max=1
min=0

[Syn.V.e1d]
name=d-axis transient voltage
abbr=e1d
unit=pu
max=1
min=0

[Syn.V.e1q]
name=q-axis transient voltage
abbr=e1q
unit=pu
max=1
min=0

[Syn.V.e2d]
name=d-axis sub-transient voltage
abbr=e2d
unit=pu
max=1
min=0

[Syn.V.e1q]
name=q-axis sub-transient voltage
abbr=e2q
unit=pu
max=1
min=0

[Syn.V.psid]
name=d-axis flux linkage
abbr=psid
unit=pu
max=1
min=1

[Syn.V.psiq]
name=q-axis flux linkage
abbr=psiq
unit=pu
max=1
min=0

[Syn.V.p]
name=active power output
abbr=p
unit=pu
max=1
min=0

[Syn.V.q]
name=reactive power output
abbr=q
unit=pu
max=1

[Tg]
description=
	Describes a turbine governor. There are different types of turbine
	governers based on the value of the second column  the type field.

[Tg.R.0]
key=syn
ref=syn

[Tg.P.0]
name=syn number
unit=id

[Tg.P.1]
name=type
unit=int

[Tg.P.2]
name=wref0
unit=float

[Tg.P.3]
name=r
unit=float

[Tg.P.4]
name=tmax
unit=float

[Tg.P.5]
name=tmin
unit=float

[Tg.P.6]
name=ts
unit=float

[Tg.P.7]
name=tc
unit=float

[Tg.P.8]
name=t3
unit=float

[Tg.P.9]
name=t4
unit=float

[Tg.P.10]
name=t5
unit=float

[Tg.P.11]
name=connection status
unit=boolean

[Tg.V.pm]
name=mechanical power setpoint
abbr=pm
unit=pu
max=1
min=0

[Tg.V.wref]
name=speed reference setpoint
abbr=wref
unit=pu
max=1
min=0