200KVA MULTI-PURPOSE TURNKEY POWER AMPLIFIER
COMPISO System Unit – CSU200
The CSU200 is a galvanically isolated bidirectional 200kVA emulation and test system with either four or six independent four-quadrant power amplifiers. It can operate in one of several predefined AC and DC operation modes as well as in a wide range of user-defined HIL-based modes. Featuring current-control, voltage-control and mixed-mode capability combined with 5kHz large-signal bandwidth and 15kHz small-signal bandwidth, the CSU200 is the most versatile high-power PHIL test and emulation platform currently on the market. The CSU200 system can be controlled by external HIL systems or by EGSTON real-time processors, via a fast fiber-optic or analog interface.
ULTRA-HIGH BANDWIDTH : Up to 15kHz, variety of waveform, harmonics, sub- and inter-harmonics to cover even most demanding scenarios
AC & DC OUTPUT: AC & DC signals can be generated out of one system
BIDIRECTIONAL POWER FLOW: The system can be operated as source and/or load and power can be fed back to the grid
MODULAR DESIGN: Several systems can be connected either in series or parallel to increase power, voltage or current up to 1,2MVA
100KVA MULTI-PURPOSE TURNKEY POWER AMPLIFIER
COMPISO System Unit CSU100
The CSU100 is a galvanically isolated bidirectional 100kVA emulation and test system with either four or six independent four-quadrant power amplifiers. It can operate in one of several predefined AC and DC operation modes as well as in a wide range of user- defined HIL-based modes. Featuring current-control, voltage-control and mixed-mode capability combined with 5kHz large-signal bandwidth and 15kHz small-signal bandwidth, the CSU100 is the most versatile high-power PHIL test and emulation platform currently on the market. The CSU100 system can be controlled by external HIL systems or by EGSTON real-time processors, via a fast fiber-optic or analog interface.
ULTRA-HIGH BANDWIDTH: Up to 15kHz, variety of waveform, harmonics, sub- and inter-harmonics to cover even most demanding scenarios
AC & DC OUTPUT: AC & DC signals can be generated out of one system
BIDIRECTIONAL POWER FLOW: The system can be operated as source and/or load and power can be fed back to the grid
MODULAR DESIGN: Several systems can be connected either in series or parallel to increase power, voltage or current