OpenIPSL.Electrical.Controls.PSAT.TG

Turbine and its governor (the mathematical models are taken from PSAT)

Extends from Modelica.Icons.Package (Icon for standard packages).

Name	Description
TGTypeI	TG Type I
TGTypeII	TG Type II
TGTypeIII	Hydro Turbine (Linear model) and Governor (Standard model)- control scheme Type 3
TGTypeIV	Hydro Turbine (Linear model) and Governor (Standard model with PI controller)- control scheme Type 4
TGTypeV	Hydro Turbine (Nonlinear model) and Governor (PI controller combined with servomotor)- control scheme Type 5
TGTypeVI	Hydro Turbine (Nonlinear model) and Governor (PID controller combined with servomotor)- control scheme Type 6

OpenIPSL.Electrical.Controls.PSAT.TG.TGTypeI

TG Type I

Name	Description
wref	Speed reference [1]
pref	Active power reference [1]
R	Droop [1]
pmax	Maximum turbine output [1]
pmin	Minimum turbine output [1]
Ts	Governor time constant [s]
Tc	Servo time constant [s]
T3	Transient gain time constant [s]
T4	Power fraction time constant [s]
T5	Reheat time constant [s]

Name	Description
w	Rotor speed [pu]
pm	Mechanical power [pu]

TG Type II

Name	Description
wref	Reference speed [1]
R	Droop [1]
pmax0	Maximum turbine output [1]
pmin0	Minimum turbine output [1]
Ts	Governor Time constant [s]
T3	Transient gain time constant [s]
Sn	Nominal power [VA]
Power flow data
S_b	System base power [VA]

Hydro Turbine (Linear model) and Governor (Standard model)- control scheme Type 3

Name	Description
wref	Reference speed [1]
Tg	Pilot valve droop [1]
gmax	Maximum gate opening [1]
gmin	Minimum gate opening [1]
vmax	Maximum gate opening rate [1]
vmin	Minimum gate opening rate [1]
Tp	Pilot valve time constant [s]
Tr	Dashpot time constant [s]
delta	Transient speed droop [pu/pu]
sigma	Permanent speed droop [pu/pu]
Tw	Water starting time [s]
a11	Deriv. of flow rate vs. turbine head
a13	Deriv. of flow rate vs. gate position
a21	Deriv. of torque vs. turbine head
a23	Deriv. of torque vs. gate position
int3
Power flow data
P_0	Active power [1]

Name	Description
w	Rotor speed [pu]
pm	Mechanical power [pu]

Hydro Turbine (Linear model) and Governor (Standard model with PI controller)- control scheme Type 4

Name	Description
wref	Reference speed [1]
Tg	Pilot valve droop [1]
gmax	Maximum gate opening [1]
gmin	Minimum gate opening [1]
vmax	Maxmimum gate opening rate [1]
vmin	Maximum gate opening rate [1]
Tp	Pilot valve time constant [s]
Tr	Dashpot time constant [s]
sigma	Permanent speed droop [pu/pu]
delta	Transient speed droop [pu/pu]
Tw	Water starting time [s]
a11	Deriv. of flow rate vs. turbine head
a13	Deriv. of flow rate vs. gate position
a21	Deriv. of torque vs. turbine head
a23	Deriv. of torque vs. gate position
Kp	Proportional droop
Ki	Integral droop
Pref

Name	Description
w	Rotor speed [pu]
Pm	Mechanical power [pu]

Hydro Turbine (Nonlinear model) and Governor (PI controller combined with servomotor)- control scheme Type 5

Hydro Turbine (Nonlinear model) and Governor (PID controller combined with servomotor)- control scheme Type 6

Name	Description
gmax	Maximum gate opening [1]
gmin	Minimum gate opening [1]
vmax	Maximum gate opening rate [1]
vmin	Minimum gate opening rate [1]
Ta	Pilot valve time constant [s]
Tw	Water starting time [s]
beta	Transient speed droop [pu/pu]
Kp	Proportional droop [pu/pu]
Ki	Integral droop [1/s]
Kd	Derivative droop [s]
Td	Derivative droop time constant [s]
Rp	Permanent droop [pu/pu]
Ka	Pilot valve gain [pu/pu]
dref	[1]
po	[1]

Automatically generated Thu Oct 6 17:41:43 2022.