SRTS Real-time Simulator for Synchro Generator

Real-time dynamic simulation

  • Simulating step (simulating interval between two times) is 100s.
  • The simulating output is the real-time value of practical AC waveform.
  • Can perform real time calculation of the change of rotating speed.

Precise simulating algorithm

  • Considering the damping characteristics of the generator.
  • Considering the saturated characteristics of the generator.

Parallel processing technology based on multi DSP

  • 32-bit floating point DSP SRTS Real-time Simulator for Synchro Generator
  • DSP+FPGA parallel processing technology

Complete seamless connection mode

Simulating the electric measurement in power plant

  • Voltage output of three-phase, every phase output range is 0-200V (virtual value), 10W
  • Current output of three-phase, every phase output range is 0-7A (virtual value), 10W
  • Voltage output of three-phase synchronization, every phase output range is 0-200V (virtual value), 10W

Rich simulating experiment

  • 10% step test, random magnitude step test
  • Increasing voltage test from zero
  • Simulating combining network process of generator
  • Over-excitation and under-excitation test
  • PSS test
  • Power factor regulating test
  • Short test in the generator outlet
  • Each checking test of automatic control equipments
  • Sudden load shedding test
  • Parameter setting test of automatic control equipments

Simple and applied operating interface

  • Can select menu operating interface and computer testing interface
  • Function of fault-tolerant of misoperation SRTS Real-time Simulator for Synchro Generator
  • Detailed operation instruction and experiment guide book

Mixed input of parameters

  • To simulate the system parameters such as generator, original motor and single machine infinity roughly, only the nameplate parameters need to be provided.
  • To simulate precisely, rated capacity of generator, normal mode voltage, rotor inductance, rotor time constant, value of stator resistor, and Xd, Xd", Xq, Xq", Td0", changing ratio of the excitation transformer, time constant of the excitation motor must be provided. If there is a PMG system, then its frequency must be provided.