Reverion receives 8.5 million euros for the power plants of the future

The fresh capital is to be used to expand the production of 100 kilowatt and 500 kilowatt biogas power plants. A further 12 million euros in research funding has been promised.

Climate technology start-up Reverion has successfully raised 8.5 million euros from investors including UVC Partners, Green Generation Fund, Extantia Capital, Doral Energy-Tech Ventures and Landwärme GmbH to accelerate the production of its flexible power plants.

Reverion, a start-up that emerged from the Technical University of Munich and participated in UnternehmerTUM's XPRENEURS incubation program, offers a new technology that enables biogas plant operators to increase their revenues by up to 400%. The company plans to raise Series A financing to scale up production and be prepared for the increasing market demand for gigawatt-scale renewable capacity.

We already have pre-orders of over 60 million euros that we want to fulfill

Felix Fischer, Co-Founder & COO Reverion

Reverion's modular power plants can double the efficiency of electricity generation compared to conventional technology and can run backwards to generate and store a natural gas substitute or green hydrogen from renewable electricity to flexibilize the grid. The company claims that the power plants are CO2-negative when using biogas.

Our technology addresses four of the eight currently declared goals: Improving energy storage, expanding electrolysis processes and fuel cells, increasing the use of biogas and biomethane, and carbon storage.

Stephan Herrmann, GF & Co-Founder Reverion

UVC Partners emphasizes the importance of working with established industries and supporting start-ups in the hardware sector with capital and networks. The founding team of Reverion has aroused the interest of UVC Partners with its findings.

About Reverion

Reverion is a spin-off of the Technical University of Munich that develops and markets container-based systems for power generation and energy storage. The plants are highly efficient and can be operated with biogas and hydrogen. They also produce pure CO2 as a by-product of power generation and can be operated reversibly to convert excess renewable electricity into hydrogen or methane. The technology combines increased efficiency, CO2-negative operation and seasonal energy storage in a single plant.