Hy2B Tests 5-MW Electrolyser in Bavarian Innovation Drive

• Hy2B Wasserstoff GmbH is paving the way for sustainable energy, launching a 5-MW electrolyser to produce green hydrogen for Munich's buses by late 2024. Exciting times ahead!

Hy2B Wasserstoff GmbH has begun testing a 5-MW electrolyser in Pfeffenhausen, Bavaria, with plans for regular operation by late 2024, as announced by the Bavarian Ministry of Economic Affairs. This electrolyser will utilize electricity from a nearby 10-MW solar park managed by BuergerEnergie Niederbayern eG.

Once operational, the plant is set to produce 440 tonnes of green hydrogen annually, which will be delivered to refueling stations around Munich to fuel regional buses and support a planned Hydrogen Technology Application Centre. If demand increases, the electrolyser can be expanded to a capacity of 10 MW.

How will the 5-MW electrolyser impact green hydrogen production in Bavaria?

• Increased Green Hydrogen Production: The introduction of the 5-MW electrolyser is expected to significantly enhance Bavaria's capacity for producing green hydrogen, establishing the region as a prominent player in the transition to renewable energy sources.
• Support for Public Transport: By supplying 440 tonnes of green hydrogen for refueling stations around Munich, the electrolyser will contribute to decarbonizing public transport. This initiative aligns with broader goals to reduce emissions in urban areas through cleaner fuels.
• Local Energy Integration: The electrolyser's operation will leverage local solar energy, promoting the synergy between renewable electricity generation and hydrogen production. This local energy integration fosters energy independence and resilience, reducing reliance on external energy sources.
• Job Creation: The project is expected to create local jobs, both in the construction phase of the electrolyser and in its ongoing operation and maintenance, contributing to economic growth in the region.
• Potential for Future Expansion: The flexibility to scale up the electrolyser’s capacity to 10 MW allows for future growth in hydrogen production. This scalability ensures that the facility can meet increasing regional demand and support expanding hydrogen infrastructure.
• Innovation and Research Opportunities: The establishment of a Hydrogen Technology Application Centre in conjunction with the electrolyser provides a platform for research and development in hydrogen technologies, inviting collaboration with academic institutions and start-ups focused on energy innovation.
• Contribution to Climate Goals: This project aligns with Bavaria's climate objectives by promoting the use of renewable energy and reductions in greenhouse gas emissions, thus playing a part in Germany's broader energy transition strategy toward a more sustainable economy.
• Enhanced Energy Storage Solutions: By producing green hydrogen, the electrolyser will act as a form of energy storage, helping to balance supply and demand in the energy grid. Hydrogen can store excess energy generated during peak solar production times for use when generation falls.
• Potential for Industrial Applications: The hydrogen produced could be utilized not just for transportation, but also as a feedstock in various industrial processes, thus opening new market opportunities for hydrogen in sectors such as agriculture, chemicals, and steel manufacturing.
• Public Awareness and Engagement: The visibility of this project may boost public awareness regarding the benefits of green hydrogen, fostering greater acceptance and interest in sustainable energy solutions among the local population and businesses.