Fuel Cells

The membrane electrode assembly (MEA) forms the heart of polymer electrolyte membrane fuel cells (PEM-FC). It is here that chemical energy is converted into electrical energy. We analyse electrochemical processes in fuel cells and characterise their components, such as catalysts, polymers, membranes and gas diffusion layers (GDS), using physical and chemical methods.

We develop materials for bipolar plates and gaskets as well as innovative manufacturing processes to create sustainable solutions for fuel cell stacks.

We also actively support customers and partners in the development and production of high-performance bipolar plate and gasket solutions.

As part of research projects and industrial collaborations, we work with our partners to develop innovative and high-performance fuel cell stacks. These are used in mobile, stationary and portable applications and make an important contribution to the further development of sustainable energy solutions.

We use simulation-based approaches and component test benches to replicate real system environments. One focus is on the qualification of system components and materials, with an emphasis on optimising service life and reducing costs through flexible testing methods.

From material development to system evaluation: ZBT supports you along the entire fuel cell value chain. We develop and optimise materials and components, devise scalable manufacturing processes, offer precise measurement and testing methods, provide technical advice and studies – and use modelling and simulation to efficiently validate developments. Whether individual components or complete systems: our services are aimed equally at research, industry and application.