
Transient
Stability Module
Main Features
Comprehensive modelling of power system
 |
Infinate bus capability |
 |
Modeling of synchronous
machines |
|
 |
Voltage behind transient
reactance |
 |
Parks' equations with AVR and
governor modelling |
|
 |
Dynamic modelling of induction
machines |
Assessment of dynamic behaviour of system when subjected to:
 |
Small disturbances (steady
state stability) |
 |
Loss or application of loads |
 |
Loss of generation |
 |
Switching in or out of system
shunt or branch elements |
 |
Coarse sychronising of
generators or disconnected networks |
 |
System faults, three phase and
unbalanced |
 |
Starting of large motors,
synchronous or induction |
 |
Failure of control devices,
AVRs or Speed Governors |
Other Features
AVR models
 |
IEEE 1968 report - types 1, 2
and 3 in supplied library |
 |
general modelling capability in
program |
Speed governor/engine models:
 |
General purpose steam/diesel/hydro
in supplied library |
 |
General modelling capability in
program including twin shaft gas turbines and multi-cylinder steam turbines |
Minimal additional data
Study controls and set-up use standard DINIS inter-active
graphics
Graphical display of selected variables during studies
Comprehensive tabulations of data and results if required for
post-study interrogation or report |