Custom High-Fidelity Power Supplies - 36kW to
1.32 MW
Anderson Electric Controls, Inc. builds custom high-performance power
supplies that were designed for the automotive and photovoltaic
industries. Our power supplies are custom built so we can accomodate any
power level to meet your needs. The current product lineup consists of
power levels from 36kW up to 1.32 MW, and output voltages up to 900VDC
Features
Two Quadrant, Regenerative to Utility Line (IEEE 519)
Output Voltage Continuously Variable
Constant Power from nominal Volts DC to Maximum VDC
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AC Input 415/480VAC, 3 Phase 50/60 Hz.
Automatic Transition from Source to Sink.
Air cooled or liquid cooled designsPortable units available
Low voltage units have internal isolation transformer, high voltage
units require external isolation transformer
Touchscreen for local controlBumpless Transfer Between Automatic and Manual Control
Profile Control via FiberOptic, USB or Ethernet (contact AEC for
details)Digital Data Bus, RS-422, USB, Ethernet or CANbus
Remote Voltage Sense Capability
Overvoltage Protection
Internal Resistance SimulationOutput isolation contactors included in all designs
Built in Shunt Regulator for Power Outage Protection.
Specifications
Transition Time: < 110 µs Source to Sink.
Step Response Time: < 10 msec for 10/90% or 90/10% step
load at rated current.
Voltage Sag: < 3.0% during step response.
Transient Regulation: +/- 3.0% for all line and load variations.
Steady State Regulation: +/- 0.5%.
Voltage Ripple: 2.0% peak-to-peak in voltage range.
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36-250kW Power Supply Frame |
Inside view of a 200 kW 600VDC power supply.
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Upper left corner - 3U DSP controller
Upper middle - Gatedrive interface
Middle left side - Shunt IGBT
Middle left - chopper IGBT bridge
Middle right - PWM converter IGBT bridge.
The shunt is an option for power ride through in case of an incoming power failure during regeneration.
The controller and gate circuits are capable of driving 1700, 1200, 600 and 250 volt IGBTs
The power factor is unity and the total harmonic current distortion is less than 5% on the mains input
The power supply can be controlled remotely over Ethernet using
ACSYSoft software
Develop your own remote application for operation and/or data aquisition
using AEC's .NET based interface driver
Link each power supply to an AEC dynamometer test stand using ACSYSdyne
software |
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