Research Projects

Fraunhofer IEE Wind Energy Report Germany describes the development of wind energy in Germany based on numerous stats and figures. Additionally, the report provides insights into the present situation of wind energy use worldwide and gives relevant background information to the latest issues in the wind energy sector. Topics covered include: • Wind in the renewable energy mix o Situation in Germany o Growth of wind energy worldwide • Grid integration o Wind energy feed-in 2012 o Grid operation and grid expansion • Onshore o Technical developments o Wind conditions o Operating results Legal and financial boundary conditions • Offshore o The expansion of offshore wind energy o Technical developments o Wind conditions o Operating results o Legal and financial boundary conditions

Fraunhofer IEE Wind Energy Report Germany describes the development of wind energy in Germany based on numerous stats and figures. Additionally, the report provides insights into the present situation of wind energy use worldwide and gives relevant background information to the latest issues in the wind energy sector. Topics covered include: • Wind in the renewable energy mix o Situation in Germany o Growth of wind energy worldwide • Grid integration o Wind energy feed-in 2012 o Grid operation and grid expansion • Onshore o Technical developments o Wind conditions o Operating results Legal and financial boundary conditions • Offshore o The expansion of offshore wind energy o Technical developments o Wind conditions o Operating results o Legal and financial boundary conditions

The aim of this pilot project was the development of the world’s first commercial scale marine current turbine (horizontal axis, 300 kW rated power).

PV module with integrated power conversion and interconnection system.

The aim of this project was the development, manufacturing and testing of a 1.2 MW tidal flow turbine in a configuration with two independent rotors under exploitation of the knowledge gained during the »SEAFLOW« project.

DERlab's intention is to provide support for the sustainable integration of renewable energy sources (RES) and distributed generation (DG) in the electricity supply by describing common requirements, developing quality criteria, and supporting international pre-standardisation activities.