Energy Systems Research for the Future

NEXT ENERGY

In an energy system that is increasingly based on fluctuating wind and solar power, the demands placed on supply grids and electricity generators are escalating. At the same time, the need for decentralised technologies to raise the proportion of self-consumed PV electricity is increasing. Both factors lead to an increased requirement for solutions to create temporal flexibility in energy demand, such as, for example, storage technologies. At NEXT ENERGY, we have oriented both the structure and content of our research portfolio so as to directly confront these challenges.

We are working on essential key technologies, from materials research and component development to system integration and analysis. Our special focus is on decentralised energy technologies of future smart homes, smart cities and smart regions, with their complex interactions. Because of the close collaboration between its Research Topics, NEXT ENERGY enables a comprehensive view of decentralised structures with due regard to essential aspects from the energy and traffic sector.

NE Web Titel ESA

Energy System Analysis

The Energy System Analysis Division creates new knowledge on complex correlations. It helps build models, providing tools for examining and assessing energy technologies and complex energy systems.

NE Web Titel ES

Energy Systems & Storage

In the Energy Systems & Storage Research Division, our focus is on the conceptual design, characterisation, and management of energy systems with a high proportion of renewable energies.

NE Web Titel BZ

Fuel Cells

The Fuel Cells Research Division works on a wide range of issues related to fuel cell technology, from performance capability and cost effectiveness to forecasting degradation under usage conditions.

NE Web Titel PV

Photovoltaics

The Photovoltaics Division focuses on product development and integration of the solar cell technology developed at NEXT ENERGY. A second priority is aimed on technology for cost-effective production of thin-film solar cells.