Hungary Set to Expand Hydrogen Filling Stations Along the TEN-T Network
Key Ideas
- Hungary plans to construct six to eight new hydrogen filling stations along the Trans-European Transport Network by 2030, in alignment with the EU's Alternative Fuel Infrastructure Regulation.
- High-priority locations for the hydrogen stations include sites near Budapest, an industrial park in Szigetszentmiklós, the Audi factory in Hedoti, and stops near the Serbian border and the far east corner of the country.
- Toyota Motor Europe, in partnership with Hydrogen Refueling Solutions and ENGIE, aims to establish a fast, versatile, and cost-effective hydrogen refueling infrastructure to meet the AFIR requirements.
- The use of Twin Mid Flow (TMF) technology allows for the refueling of both light and heavy vehicles at the same wells, making the installation process quicker and more affordable while meeting AFIR targets.
Hungary is gearing up to expand its hydrogen infrastructure by potentially building six to eight new hydrogen filling stations along the Trans-European Transport Network (TEN-T) by the end of 2030. This initiative is in response to the European Union's 2023 Alternative Fuel Infrastructure Regulation (AFIR), which mandates the deployment of hydrogen refueling stations along the TEN-T network. The selected high-priority locations for these stations include sites near Budapest, Szigetszentmiklós, Hedoti (near the Audi factory), Szeged (near the Serbian border), and Józsa (in the far east of the country). These strategic sites aim to enhance Hungary's interoperability in hydrogen refueling technology. Additionally, the AFIR requires the construction of public hydrogen refueling stations with specific capacities and dispensing pressures at maximum distances along the core network and urban hubs.
To facilitate this hydrogen infrastructure development, Toyota Motor Europe has joined forces with Hydrogen Refueling Solutions (HRS) and ENGIE to create a fast, versatile, and cost-effective refueling network along the TEN-T network. The collaboration intends to meet the regulatory requirements efficiently. By leveraging Twin Mid Flow (TMF) technology, which enables the refueling of both light vehicles and heavy trucks at the same wells, the installation process becomes more economical and quicker. This technology is instrumental in achieving the AFIR targets while ensuring a seamless transition to hydrogen-powered transportation in Hungary. The advancement in hydrogen refueling infrastructure signifies a positive stride towards sustainable and eco-friendly transportation solutions in the country.
Topics
Europe
Technology Innovation
Collaboration
Infrastructure Development
Energy Industry
EU Regulation
Transportation Network
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