Rapid electrification and the rise of AI infrastructure are running into the same wall: there is not enough power where it is needed. Vensum Power’s near-lossless conversion makes more of every available watt.
SDPC holds efficiency near its peak across very wide operating ranges and even when loads change rapidly, where conventional converters fall away.
A lean topology with fewer components means a smaller footprint, higher reliability and less heat. Diagnostics and updates are done remotely, without interrupting operations.
…and so is how sharply it varies. Transport electrification and AI infrastructure are adding large, fast-changing loads to grids that cannot be built out at the same pace. Renewable generation and energy storage are central to the answer — and every one of them depends on converting electricity from one form to another. Getting more out of limited power starts there.
Software-Defined Power Conversion™ (SDPC) gives precise, flexible control over the conversion process. Our converters adapt in real time to changing conditions, such as varying loads or input voltages, and stay near peak efficiency where conventional converters drop off. The result is less energy lost, less heat to remove and lower operating costs.
Every Vensum product is built on the same software-defined platform. Validated building blocks of hardware, firmware and control software are reused and reconfigured for new voltages, power levels and applications — so new converters can be developed significantly faster than with conventional, application-specific designs.
At the core of our technology are soft-switching techniques: Zero Voltage Switching (ZVS) and Zero Current Switching (ZCS). They cut switching losses and, combined with higher switching frequencies, enable smaller and more powerful converters. Our advanced modelling lets us use the full potential of ZVS/ZCS across the whole operating range.