Accelerate your Research through Open Access to Europe’s Leading Smart Grid Infrastructure
Third Call for Transnational Access Open till 15 November, 2017
The EU-funded research infrastructure project ERIGrid continues to provide open access to the smart grid and DER facilities of Europe‘s leading institutes and companies. It brings together 18 partners from 11 countries distributed all over Europe with unique and complementary DER research infrastructures and leading expertise in the field.
The third call for ERIGrid Transnational Access invites researchers and industrial professionals to apply till 15 November 2017 and gain free-of-charge access to laboratories of ERIGrid partners.
Applications are welcome from both individual researchers and researcher groups. Successful applicants will gain free access to ERIGrid‘s testing and simulation facilities. Supported by concentrated know-how and best practices, users can conduct their own research and experiments at Europe‘s leading infrastructures. User project topics may include but are not limited to: power system components characterisation; smart grid ICT / automation; co-simulation; real-time simulation and power/controller hardware-in-the-loop testing.
Costs of lab operation and support of the hosting staff are free of charge.
Users’ travel expenses, subsistence and accommodation costs will be reimbursed, subject to ERIGrid rules and regulations.
Calls for transnational access will be opened every 6 months. The next call will open in February 2018.
Among successful applicants for the 1st ERIGrid Transnational Access is the user group INTREPID (INtelligent Transformer for Renewable Energy Prosumers Integration and Deployment) from Ormazabal Cotradis. The users gained free access to the test centre for smart grids and electromobility SysTec of Fraunhofer IWES (DE). With the support of the staff at the Fraunhofer IWES hosting infrastructure, they carried out their research project related tests in the domain of reliable operation of transformers under distributed grid conditions.