Infener launches 20 MW Hydrogen Hub in Villingen-Schwenningen
Joint press release of Infener and the city of Villingen-Schwenningen
- The city of Villingen-Schwenningen and Infener announce the start of construction for a 20MW hub for green hydrogen production
- Decentralised production of up to 2,000 tonnes of green hydrogen annually is planned
- Potential customers include regional logistics, transport, and industrial companies, such as the logistics company Noerpel
Villingen-Schwenningen, June 6th 2024: A multi-million investment puts Villingen-Schwenningen on the national hydrogen map. Infener AG, a pioneer in decentralised and sustainable hydrogen solutions for regional industrial partners, together with Mayor Jürgen Roth (CDU), has today announced the start of construction for an innovative green hydrogene hub in Villingen-Schwenningen. The hub will be built on approximately 10,000 square metres in the Salzgrube industrial area. From 2026, the facility will gradually reach an electrolysis capacity of up to 20 megawatts (MW), producing around 2,000 tonnes of green hydrogen annually. The hub will begin production in 2026 with a 5MW electrolysis capacity that will be scaled up to 20 MW over five years. This will allow for the energy needs of regional logistics, transport, and industrial sectors to be met in a decentralised, efficient, and environmentally friendly manner. The hub's design has been created by the Hamburg-based architecture and design firm Hadi Teherani, with local project management being provided by the architectural firm Schleicher. Investment in the hub is expected to total 45 million euros.
Given that the industrial region is not expected to be connected to the national hydrogen pipeline before 2040, and studies estimate the hydrogen demand by 2030 to be four times higher than initially expected ((ca. 94–125 TWh compared to 56 TWh), decentralisation and regional independence are essential components of the regional hydrogen strategy.
Additionally, the waste heat from the hydrogen production process, electrolysis, will be used as an energy source for heating networks and industrial processes. The high-quality oxygen produced during electrolysis will be primarily used for oxy-fuel combustion, helping to further decarbonise industrial processes. The energy to operate the facility will come from power purchase agreements (PPAs) with regional wind and photovoltaic energy producers. Potential customers from the regional logistics and industrial sector, including the logistics company Noerpel, have already been secured. They are planning to use the green hydrogen to fuel their H2 truck and bus fleets. The Move Transport Association supports the project.
The H2 hub in Villingen-Schwenningen will make a significant contribution to decarbonising regional logistics and industrial companies and represents a further milestone for Infener in expanding the green hydrogen market, which will sustainably strengthen local value creation. Recently, Infener announced the start of construction for another hub in Neumünster. Infener aims to establish decentralised hubs across Europe as a leading hydrogen producer, thereby decisively contributing to decarbonisation and the implementation of the EU hydrogen strategy, which envisions the installation of electrolysers with a capacity of at least 40 gigawatts by 2030.
About INFENER
Infener is an AG founded in 2023 with headquarters in Switzerland and branches in Germany. The scale-up is dedicated to transforming the energy system and driving the growth of a green hydrogen economy and a decentralised energy supply. INFENER's solutions decarbonise municipal industrial and transport sectors with the aim of achieving a climate-neutral and economical energy supply. Infener develops green hydrogen hubs, integrated system solutions, and innovative products such as the Ecore One, which recently won the German Innovation Award. These products are powered by renewable energy sources. The holistic approach and the goal of a circular hydrogen economy are central to Infener.
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The images can be used editorially with the credit ©Hadi Teherani Architects