Chroma Systems Solutions, Inc., a leading power conversion test equipment provider, unveils game-changing battery characterization, performance validation, and battery simulation features of its 62000D bidirectional DC power supplies. Chroma’s two-quadrant operation that provides both DC power output and regenerative DC loading now enables battery charge/discharge testing and simulation.
The 62000D bidirectional DC power supply is a versatile solution for source and load operations, particularly in testing the electrical CC-CV characteristics of batteries. It facilitates various tests, including capacity tests under different temperature requirements and charging and discharging tests in the End-of-Line (EOL) phase. The 62000D is capable of performing all these test items independently.
Designed to accommodate common EV/HEV batteries, the 62000D includes a constant power operating envelope that allows for testing 12V/24V/48V low-voltage packs and 200V/400V/800V/1800V high-voltage battery packs. Beyond battery testing, Chroma bidirectional DC power supplies are also valuable for battery simulation and testing renewable energy power systems, including PV/storage hybrid inverters and power conversion systems (PCS). The 62000D is pre-compliant with LV123 and LV148 standards, making it suitable for EV component testing, including bidirectional on-board chargers (BOBC), bidirectional DC converters, DC-AC motor drivers, and power conversion simulation tests in both directions. Its high-speed CV dynamic response slope, with control up to 180V/ms, enables efficient electrical characteristics testing in line with vehicle guidelines.
62000D models offer power ratings of 6kW, 12kW, 18kW, 36kW, and 45kW with parallel and series operation capabilities and voltage ranges spanning from 0 to 100V/600V/1200V/1800V. With its four times auto-ranging operation range, the 62000D can cover a wide range of low voltage/high current and high voltage/low current scenarios for devices under test. Consolidating multiple DC power supplies into a single 62000D unit brings space and cost savings when integrated into standard ATE systems or laboratories. Additionally, the 62000D boasts a high-speed transient response of less than 1.5ms, enabling seamless and rapid current conversion between the two quadrants.
Control options include digital USB, LAN, CANbus, GPIB as well as analog interfaces suited for HIL applications. Other notable features of the 62000D series include:
A smartphone-like touch screen display.
Smart master/slave control.
A high-density 18kW package in a compact 3U form factor.
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