The energy transition calls for advanced energy systems that combine sustainability and effectiveness, at a local or regional level where possible. On the basis of our broad experience with thinking in terms of systems, we consider complete energy systems, from generation and storage to conversion and consumption. In this way, we develop efficient solutions that can cover the entire energy chain.
An important trend in the energy transition is decentralization of energy generation and storage. For example, cooperatives are appearing at the local and regional levels, in which generators and consumers want to jointly make smart use of energy surpluses. We respond to this by developing decentralized solutions for efficient and sustainable energy systems. These include, for example, electrolyzers for the production of hydrogen from (green) power or innovations in battery technology for improving storage capacity. We apply our broad mechatronics experience and multi-physics knowledge for this purpose.