Siemens Energy wins contract for large-scale hydrogen project from German utility EWE

The German government and the European Commission had classified the project as a strategic funding measure, a so-called IPCEI project (Important Project of Common European Interest). The funding decision for this project was handed over to EWE last week at the Federal Ministry for Economic Affairs and Climate Protection. With the signing of the contract, EWE and Siemens Energy immediately gave the go-ahead for implementation.

“This project is an important element in the ramp-up of the green hydrogen industry in Germany,” said Anne-Laure de Chammard, Member of the Executive Board of Siemens Energy. "With the long-awaited funding commitments, the German government has placed the final piece of the puzzle to realise strategically important projects like this on a large scale. The immediate conclusion of the contract with EWE demonstrates that the industry is ready to swiftly implement these projects."

"EWE is active along the entire value chain with its hydrogen projects, from production to transportation and storage. Our choice of location in north-west Germany and our decision to work with Siemens Energy means that we are focusing on both regional and national value creation,” Stefan Dohler, CEO of EWE, highlighted. In a selection process that lasted twelve months, EWE had thoroughly examined ten electrolysis manufacturers worldwide. “I am delighted that we are also working with Siemens Energy on hydrogen, as the company is already a long-standing partner for EWE in all aspects of our energy infrastructure,” he added.

The electrolyser from Siemens Energy is based on PEM technology, which uses electricity to split water into its components hydrogen and oxygen along the proton exchange membrane. This technology is particularly suitable for operation with renewable energies due to the very flexible ramp-up times. The stacks - the heart of the electrolysers - are manufactured in the new gigawatt factory at Siemens Energy's Berlin site.