Imagine trying to build a neighborhood-sized energy system using hydrogen instead of electricity or gas. This project creates a digital blueprint and a set of real-world tests to figure out the best way to produce, store, and move that fuel. It's like a GPS for companies to find the most efficient path to switch their fuel source without guessing.
Companies struggle to design hydrogen networks because they lack data on how production, storage, and consumption interact. This leads to expensive mistakes and inefficient fuel distribution.
A Master Planning Tool (MPT) and an optimization toolbox for the hydrogen value chain, supported by physical infrastructure installations.
If you are an infrastructure developer dealing with high risks in hydrogen network design — this project developed a Master Planning Tool (MPT) that optimizes the chain from electrolysis to the end-user. This reduces guesswork by using 6 replicable use cases to validate the setup.
If you are a fleet operator dealing with fuel distribution bottlenecks — this project developed an optimization toolbox for hydrogen transport and distribution. This ensures that fuel moves efficiently from the production plant to the vehicle.
If you are a plant manager dealing with high carbon emissions in heating or power — this project developed baseline assessments for off-takers to plan the retrofitting of existing equipment for hydrogen use.
Based on available project data, the specific commercial price for the tool is not listed, though the EU provided a contribution of EUR 7,446,920 for the development phase.
Yes, the project focuses on creating 6 replicable use cases and a Master Planning Tool (MPT) specifically designed to enable the replication and expansion of hydrogen valleys.
Based on available project data, there is no specific mention of licensing terms or patent IDs in the provided text.
The project uses a four-pillar approach covering production, storage, distribution, and consumption to ensure the hydrogen value chain is integrated from the electrolysis plant to the end-user.
The project runs from 2023-09-01 to 2027-08-31, with current work including the installation of key infrastructure components.
The consortium is heavily industry-driven, with 67% of the 9 partners being industrial entities. This high industry ratio, combined with 3 SMEs and partners across 4 countries (IT, EL, ES, FR), suggests the project is focused on commercial viability and practical deployment rather than theoretical research.
Contact RINA CONSULTING SPA in Italy for details on the Master Planning Tool.
Request a technical briefing on the MPT optimization toolbox.
