Vensum Power secures €9M to scale software-defined power conversion technology
Finnish startup Vensum Power raised Series A capital to launch mass production of converters for data centers, microgrids, and charging stations by 2027.
Finnish engineering company Vensum Power has raised €9 million in a Series A funding round to scale its power conversion hardware, reports Tech.eu 
tech.euTech.eutech.euOpen source ↗. The investment was co-led by Lifeline Ventures, Larsen & Toubro Group, and Eviny Ventures, bringing the company's total funding to €15.2 million tech.euTech.eutech.euOpen source ↗. The fresh capital is earmarked to transition the platform from engineering development to mass manufacturing by 2027, alongside expanding into compute infrastructure tech.euTech.eutech.euOpen source ↗.
Software-defined power conversion
The company designs a software-defined power conversion platform aimed at reducing electrical losses across multiple operating conditions tech.euTech.eutech.euOpen source ↗. Conventional hardware often experiences efficiency drops during dynamic operational shifts, whereas software control enables Vensum's converters to sustain high conversion efficiency under rapidly fluctuating loads tech.euTech.eutech.euOpen source ↗. Key target domains include direct current (DC) microgrids, stationary battery energy storage systems, and fast charging infrastructure for electric vehicles tech.euTech.eutech.euOpen source ↗.
Deployment in computing infrastructure
Beyond field microgrids and charging architecture, the enterprise focuses on high-density compute facilities and data centers tech.euTech.eutech.euOpen source ↗. Growing electrical power requirements in computing infrastructure place significant constraints on facility grids, turning efficient power delivery to silicon into a primary engineering bottleneck tech.euTech.eutech.euOpen source ↗. According to chief executive officer Peter Nisula, converter performance directly affects how effectively existing facility power capacity feeds compute nodes under variable computational workloads tech.euTech.eutech.euOpen source ↗. Mass manufacturing will provide industrial systems designed to cut distribution losses between grid inputs and target electronic loads tech.euTech.eutech.euOpen source ↗.
