Imagine a neighborhood where houses and factories act like a single giant battery. Instead of everyone just buying power, they share solar energy and EV batteries to keep the grid stable. A smart coordinator balances who uses power and when, making sure everyone saves money and reduces pollution.
Energy producers and consumers struggle to monetize their flexibility and share renewable energy due to a lack of interoperability between different management systems and complex grid regulations.
A three-layer orchestration system based on Stackelberg Game optimization to manage energy flexibility across residential and industrial sites.
If you are a DSO dealing with grid congestion and instability — this project developed an orchestration system that manages demand response and peak shaving. This allows you to maintain grid stability by leveraging aggregated energy communities.
If you are an EMS provider dealing with proprietary software silos — this project developed an interoperable layer using Stackelberg Game optimization. This enables your systems to communicate and participate in electricity markets to reduce carbon footprints.
If you are a building operator dealing with high energy costs — this project developed a way to aggregate your site into an energy district. This allows you to make money by providing balancing and frequency services to the main grid.
The system uses optimization to find a trade-off that allows buildings and industrial sites to reduce their costs and carbon footprint by participating in energy markets.
The project is designed for scale through a demonstration campaign in 3 different EU countries (Italy, Spain, and France) involving TSOs and DSOs.
Based on available project data, the specific licensing terms are not listed, but the project focuses on replication and market design for exploitation.
Yes, the solution is developed to be coherent with the ongoing regulatory framework and will provide recommendations to improve energy community legislation.
The project period runs from 2024-11-01 to 2028-04-30, suggesting a multi-year development and validation cycle.
The consortium is heavily weighted toward commercial application, with a 78% industry ratio (14 out of 18 partners). The presence of 9 SMEs suggests a focus on agile technology deployment, while the involvement of partners across 7 countries ensures the solution is tested against diverse regulatory environments in the EU and beyond.
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Contact us to match with the 14 industry partners developing these energy flexibility tools.
