Research Projects

Against the background of the energy transition, digitization technologies for the operational management of low-voltage grids are being developed here.

The project is focussed on tapping flexibility potential and using it for ancillary services at all voltage levels.

The SPANNeND project is researching a method for integrating reactive power potential from the distribution grid into the transmission grid management processes.

The WindRamp project aims to improve very-short-term forecasts for offshore wind farms using lidar measurements, among other things.

The Smart4RES project is about optimising wind and solar power forecasts by looking at the entire process chain.

Implementation of a new modular approach in order to be able to further develop software products significantly easier and faster in the future.

In the context of the PiB research project, an intelligent operational management to reduce the risk of wind turbine icing is to be researched.

The project deals with optimizing methods for simultaneous trading on different energy markets. The focus is on renewable energy devices.

Optimisation of ensemble forecasts with regenerative inputs for short-term forecasts applied to the example of grid security calculations and current carrying capacity forecasts.

enera is a part of the development program "Smart Energy Showcases – Digital
Agenda for the Energy Transition" (SINTEG) by the German Federal Ministry of Economic Affairs and Energy.

Research objective is a comprehensive information system for planning, controlling and supporting operational logistics processes in the offshore sector.

Optimization of very-short-term ensemble forecasts of renewable power production applied to grid security calculations as an example application.

The aim of the research project was to provide ancillary services from renewable sources with a virtual power plant.

Improvement of grid integration of solar energy via the optimized forecast and real-time estimation of solar power input.

In the project eTelligence our Virtual Power Plant bundled electricity from renewable energy plants and placed it on the power market as a tradable product.

The research project SafeWind focused on improving wind power predictions in case of extreme events and complex weather conditions.

Anemos.plus is a European-wide research project which developed decision tools for grid operators and electricity providers.