AGISTIN Project Develops Advanced Tools for Integrating Storage and Renewables in Europe
The AGISTIN project introduces advanced grid interfaces to integrate storage, renewables, and industrial loads in Europe. It aims to enhance resilience and economic efficiency by developing simulation, design, and optimisation tools that facilitate power conversion and comply with grid codes. By enabling efficient connections to the grid, the project seeks to reduce costs and support grid stability through real-time optimisation and control, while exploring innovative storage concepts. AGISTIN's open-source models aim to accelerate the energy transition across Europe.
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The AGISTIN project is creating advanced grid interfaces to integrate storage, renewables, and industrial loads in Europe. It focuses on developing simulation, design, and optimisation tools to facilitate power conversion and ensure compliance with grid codes.
The project aims to reduce grid capacity needs by 20-30%, potentially saving 50-60GW of reinforcement. AGISTIN's tools enable efficient connections to the grid, improving self-consumption and reducing costs for industrial users.
The project is transitioning from models to real-world applications, validating its tools through tests at EV charging hubs and hydrogen plants. AGISTIN seeks to accelerate the deployment of renewables and support Europe's energy transition.
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