LuxHyVal Project Utilizes Model-Driven Digital Twins for Hydrogen Valley Development
The LuxHyVal project, funded by the European Commission's Horizon Europe Programme, implements Model-Driven Digital Twins (MDDT) to design and simulate hydrogen valleys from the outset. This approach allows for early decision-making, risk reduction, and adaptable models for future projects across Europe, aiming to support the decarbonisation of the industrial sector by 2030.
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The LuxHyVal project employs Model-Driven Digital Twins (MDDT) to support the design and simulation of hydrogen valleys prior to physical construction. Funded by the European Commission's Horizon Europe Programme, the project aims to contribute to industrial decarbonisation by 2030.
MDDT enables early simulations, allowing for design flaw detection and risk assessment. As the hydrogen valley progresses, the methodology ensures data collection and system alignment to enhance operational efficiency. The project also aims to create a transferable model for other hydrogen valleys in Europe by adapting contextual factors to local conditions.
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