Transforming Energy Flexibility
for a Zero-Carbon Future
FlexBIT is a collaborative initiative uniting research centers, universities, and industrial partners from Germany, Greece, Italy, Malta, and Poland to develop solutions for a cost-effective transition to a zero-carbon energy system, with a strong emphasis on creating a digital platform to efficiently manage flexibility across sectors.
Develop a robust digital platform to enable the seamless integration of 100% renewable energy sources into residential, tertiary, and industrial sectors while maintaining system stability and resilience.
Identify and utilize hidden flexibility potential in energy systems through advanced AI-driven analytics and control algorithms, transforming buildings and energy communities into active participants in the energy market.
Integrate diverse energy storage technologies, such as batteries, hydrogen, thermal storage, and compressed air, to balance supply and demand efficiently and enhance energy self-consumption.
Create a secure and interoperable digital framework for real-time energy management, incorporating AI, blockchain, and digital twins to optimize energy flows and flexibility services across sectors.
Promote economic, social, and environmental sustainability by reducing greenhouse gas emissions, enhancing energy equity, and empowering local energy communities through education, transparency, and participation
The FlexBIT project consortium is a dynamic collaboration comprising 12 partners from five different countries, each contributing their unique expertise and fulfilling specific roles. The project is expertly coordinated by the Fraunhofer Institute IFF in Germany, encompassing a diverse consortium of academic institutions, industrial partners, and research centers.
