BiPwalz – Production of bipolar plates for fuel cells by laser-assisted hollow embossing rolling
The success of the CO2-neutral hydrogen economy depends largely on the production capacities and costs for fuel cells and electrolyzers. Metallic bipolar plates (BiP) account for 70-80% of the manufacturing costs of a fuel cell stack. As part of the joint project, a novel, continuous process combination for the forming of metallic bipolar plates is […]
HyStPower10 – Our 10 kW Hydrogen Modular System
In the HyStPower10 research project, we aim to develop a system concept for decentralized hydrogen production, storage, and reconversion with our strategic partners. Photovoltaic and wind power plants from 30kWp to 300kWp serve as a use case, which have to be switched off during excess electricity periods or for whose electricity feed-in high fees have […]
Project launch of hydrogen emergency power supply unit
In the research project HZwo:Kompressor, we are developing a hydrogen emergency power supply unit together with the Professorship for Alternative Vehicle Drives and the Professorship for Lightweight Structures and Plastics Processing at Chemnitz University of Technology, the ICM e.V., µ-Tec GmbH and CCM GmbH. The technological core is a state-of-the-art, oil-free and powerful rotary vane […]