News

20.4.2016

NEXT ENERGY at Hannover Messe from 25 to 29 April 2016

30.11.2015

EXIST funding for NEXT ENERGY constitutor team

The NEXT ENERGY constitutor team got accepted in the "EXIST" research transfer programm with its start-up project "Resi-Flow" for the developement of economic, environment-sparing and recyclable home energy storage on VRB-basis.

02.10.2015

Research project "D2Service" has started

The research project "D2Service", which is funded by the European Union, has begun. Under the leadership of NEXT ENERGY, a method is being developed, that will simplify maintenance of different kinds of CHP plants based on fuel cells.

28.09.2015

"Netzbeirat Ammerland" visits NEXT ENERGY

The "Netzbeirat Ammerland" was at the 28th September 2015 on a visit to NEXT ENERGY. The council has been informed about solutions of the energy research for the current challenges of electricity supply on a municipal level.

11.09.2015

Panel discussion as an opening for the EUPVSEC with Carsten Agert

NEXT ENERGY Institute Director Prof Dr Carsten Agert has participated on Monday, the 14th September 2015, on the panel discussion for the opening of the EUPVSEC, which is worldwide the most significant scientifical Photovolaic-Conference in Hamburg.

Careers

NEXT ENERGY ∙ EWE Research Centre for Energy Technology

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 the EWE Research Centre NEXT ENERGY, we have oriented both the structure and content of our research portfolio so as to directly confront these challenges.

With its research divisions Fuel Cells, Energy Storage and Photovoltaics, NEXT ENERGY possesses expertise – ranging from materials research to system integration – in three key technologies that are of crucial importance for the transformation to decentralised energy provision. We bring these components together in our Energy Systems Division to create integrated solutions for buildings, towns and regions. In addition, we address the modelling and analysis of future energy supply systems at the national and international level so as to obtain an overall perspective.