Electricity Technologies

Symbolbld FP Elektrizität - Bild 1

Electricity is essential in today’s society at both the private and the business level. With a proportion of around 20 percent of overall energy demand, electricity is of central importance in the energy sector. Despite constant efficiency gains, electricity demand is set to increase sharply again due to the increasing decarbonisation in the transport (e.g. e-mobility) and heating (e.g. heat pumps) sectors.

This means that additional efficiency gains in the fields of electricity production, distribution and consumption will be decisive. In addition, storage technologies help balance the fluctuating production over differing timeframes and thus contribute towards a secure future energy supply.

The Electricity Technologies research programme makes a contribution towards a substantial and sustainable efficiency increase, as well as towards research on new storage technologies. Additional synergy effects are obtained thanks to close coordination with the Networks research programme.

The main strategic objectives include efficient energy conversion with new wide band gap power electronics, plus the technological conversion of heat into electricity and efficiency improvements in selected areas of application. Here the main focus is on electrical machines, and on appliances and systems (including digitisation) in information technology and communication. In addition, studies are to be carried out on specific new electromechanical storage technologies.

Energy Savings (TWh/year)

Effizienzpotential - Bild 1 e
Efficiency potential for different applications by moving to WBG semiconductors.

Current research priorities for 2021 to 2024

Tendering procedure

Research promotion is based on an open tendering procedure. Potential applicants are asked to contact the programme head before they submit an application.


M.ERA-NET Call 2024

Specialised articles Electricity

ID: 141

Specialist staff
Last modification 29.10.2020

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Head of Programme

Roland Brüniger

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