Pour la documentation en FRANÇAIS, utilisez l’outil de traduction de votre navigateur Chrome, Edge ou Safari. Voir un exemple.

On this page:

These models are equivalent to CIMTR3 in the PSS/e library.

AsyncGenSingleCage


Symbol

Description

Unit

Bus

Bus name (Bus ID)

a unique name

ID

Machine name (Machine ID)

a unique name

Status

Connect/Disconnect status

1 for connected

0 for disconnected

Pg (MW)

Active power

MW

Qg (MVAr)

Reactive power

MVAr

Qmin (MVAr)

Minimum reactive power for the machine (used in power-flow)

MVAr

Qmax (MVAr)

Maximum reactive power for the machine (used in power-flow)

MVAr

Sbase (MVA)

Power base

MVA

Pmech0 (p.u.)

Mechanical power at synchronous speed

in machine p.u.

H (s)

Inertia

second

Ra (pu)

Stator resistance

in machine p.u.

x (pu)

Synchronous reactance

in machine p.u.

x' (pu)

Transient reactance

in machine p.u.

x_l (pu)

Stator leakage reactance

in machine p.u.

T' (s)

Transient rotor time constant

second

e1 (pu)Field Voltagein machine p.u.
e2 (pu)Field Voltagein machine p.u.

S(e1)

Saturation function value for e1 input

in machine p.u.

S(e2)

Saturation function value for e2 input

in machine p.u.

AsyncGenDoubleCage


Symbol

Description

Unit

Bus

Bus name (Bus ID)

a unique name

ID

Machine name (Machine ID)

a unique name

Status

Connect/Disconnect status

1 for connected

0 for disconnected

Pg (MW)

Active power

MW

Qg (MVAr)

Reactive power

MVAr

Qmin (MVAr)

Minimum reactive power for the machine (used in power-flow)

MVAr

Qmax (MVAr)

Maximum reactive power for the machine (used in power-flow)

MVAr

Sbase (MVA)

Power base

MVA

Pmech0 (p.u.)

Mechanical power at synchronous speed

in machine p.u.

H (s)

Inertia

second

Ra (pu)

Stator resistance

in machine p.u.

x (pu)

Synchronous reactance

in machine p.u.

x' (pu)

Transient reactance

in machine p.u.

x" (pu)

Sub-transient reactance

in machine p.u.

x_l (pu)

Stator leakage reactance

in machine p.u.

T' (s)

Transient rotor time constant

second

T" (s)

Sub-transient rotor time constant

second

e1 (pu)Field Voltagein machine p.u.
e2 (pu)Field Voltagein machine p.u.

S(e1)

Saturation function value for e1 input

in machine p.u.

S(e2)

Saturation function value for e2 input

in machine p.u.

Available I/O Pins 

No

Pin Description

Pin Type

Value/Unit

Instruction

1

Get rotor speed deviation

O

p.u.

machineID/pins/slip

2

Get injected current magnitude

O

p.u. (machine base)

machineID/pins/Imag

3

Get injected current angle

O

Degree

machineID/pins/Iang

4

Set/Get service status

I/O

1: In-service

0: Out-of-service

machineID/pins/status


5Get generated active powerOMWmachineID/pins/Pelec
6Get generated reactive powerOMVArmachineID/pins/Qelec

Example

See the Machine page in phasor22_IEEE39_IM.xls file in demo PHASOR-22.

  • No labels