We will build and test solutions for the future widescale rollout of hybrid microgrids. Our aim is to enhance the reliability and resilience of decentralised renewables-based power systems.
Most renewables and modern electrical devices use direct current while most grid infrastructure works on alternating current. To tackle this, our experts will design and set up 2 pioneering hybrid microgrids in real-life conditions before deploying 2 use cases to ensure replicability of the solutions.
Greece's Centre for Research and Technology (CERTH) – partner in the European project TIGON – has produced a paper on optimal decision-support systems for microgrids and their use in emergencies
A project specialising in solid-state transformer technologies - SSTAR - is now a fellow project in addition to the HYPERRIDE project
Our project has been included in a good practice brochure, issued by the Renewable Grids Initiative, in the category "technology innovation and system integration".
