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Energy system models serve as advisory tools for decision-makers to assess the impact of their choices. Utilizing open-source models enhances the transparency and replicability of results, enabling external individuals to build upon previous studies.

The German energy agency has just published a large study that Grid Singularity has conducted with Fraunhofer Institute on “Vision of a Decentralised Energy Market for Germany in 2030”. Key results including FEDECOM project perspective have been presented in an article available on Medium website.

The use of digital technologies enables energy communities (ECs) to participate in peer-to-x markets, including peer-to-grid markets that connect smaller players as well as ECs with the larger players (TSOs and DSOs) to trade flexibilities between them, for example...

FEDECOM project introduced its concept for enhancing local energy systems integration in Europe.

The article « European Energy Communities: Sector Coupling, Flexibility, and Operational Perspectives » has been published on the 24th of October on the Build Up portal. This article explores the growth of European Energy Communities and emphasizes their role in reducing grid dependency and promoting renewable energy...

Dr Andrew PEACOCK from Heriot Watt University (FEDECOM’ consortium member) will participate in the Joint Final Conference for the European Commission’s Rural Energy Community Advisory Hub...

What constitutes the optimal strategy for reducing fossil fuel consumption?

FEDECOM project has been invited to participate in a webinar to present key elements on energy communities and the project approach to support federation of energy communities. This event in French is co-organized by the Réseau Climat & Développement (RC&D), ENERGIES 2050 (member of the FEDECOM consortium) and ENDA Energie and will take place on Monday October 16, 2023 from 11:30 a.m. to 1:00 p.m. GMT. The Theme is “Achieving a Just Energy Transition: Myths & realities and challenges for Africa”.

FEDECOM will develop a Model Predictive Control (MPC) that can automatically generate demand response actions at building. MPC is a cutting-edge technique that can be applied for the energy management of buildings. MPC uses a predictive model of the building and takes into account weather forecasts, internal heat gains (such as those caused by occupancy and lighting) and real measurements of the building to decide how the building should be operated.

FEDECOM will participate in the 1st Technical Workshop organised by the SENERGY NETS project which is another Horizon Europe project working on related topics