GE AC/DC SiC-RS

This innovative high-efficiency converter has been meticulously designed for R&D, validation and EoL testing in the fields of electromobility and EV charging infrastructure, V2G, smart grids, distributed energy resources, Power HiL, battery inverters, energy storage systems and aerospace.

As the first member of our new Rack Series (RS) family, the GE AC/DC SiC-RS sets a new standard for performance, reliability and quality. Harnessing the power of cutting-edge SiC technology, it features lower switching losses and reduced size and weight, making it an ideal solution for applications where space and efficiency are critical.

Our Rack Series offers the highest efficiency on the market for both sourcing and regenerating energy, resulting in greater energy savings and a reduction in electrical installation rating.

The GE AC/DC SiC-RS may be used as an AC Grid Simulator, DC Bidirectional source/sink, Power Amplifier, Battery Tester, Cycler and Emulator, or PV Panel Emulator.

SiC-RS family products are fully designed and manufactured in Europe, subject to the most rigorous testing, complying with CE marking, safety, EMC and ISO 9001 quality standards.

Like all CINERGIA products, the GE AC/DC SiC-RS allows for the reinjection of used power back to the grid, resulting in a reduction of both consumed energy and required power contributing to a smaller carbon footprint.

30 kW in a 7U and 675mm depth unit, designed for 19-inch rack cabinets

The cumulative expertise of CINERGIA has been condensed into this compact unit that simultaneously excels in robustness, efficiency and cutting-edge technology for optimal performance.

The compatibility of the Rack Series with universal rack cabinets sets a new standard for space efficiency, modularity, and scalability, resulting in high versatility and easy integration into a comprehensive testing environment.

Enjoy seamless functionality directly at your fingertips

Local control of the unit is easier than ever with the new 7-inch display, the bigger and brighter of its kind:

The LCD provides access to all functionalities of the unit without the need of a computer or ethernet connection: start/stop/ reset, channel configuration, running test sequences, plotting and datalogging.

Transitioning to SiC technology results in an increased switching frequency of the converter, which translates into higher dynamics, faster transients and enhanced performance, making it the perfect candidate for EoL enviroments, R+D, Validation and Power Hardware in The Loop (PHiL) testing.

The faster switching time of the SiC MOSFETS reduces the current-voltage crossover duration, and therefore the losses at each commutation, improving overall efficiency.

Analog & digital IO and the open MODBUS/TCP protocol are provided for seamless integration into automated test lines.