The Fraunhofer Institute for Energy Infrastructures and Geothermal Systems (IEG) is embarking on a project to develop an innovative electrolysis plant for green hydrogen production in Zittau, Germany. The city has granted a building permit for the construction of a test facility, set to be completed by early next year. The facility, named LA-SeVe, will focus on creating cost-effective electrolyzers that can efficiently utilize by-products such as oxygen and heat from the electrolysis process. The project is part of the IntegrH2ate initiative, aiming to investigate the integration of PEM electrolysis, heat pumps, and heating networks. By optimizing the utilization of waste heat from electrolysis through a heat pump and directing it into the city's district heating network, the researchers hope to enhance operational efficiency and explore different scenarios for hydrogen production. The PEM electrolyzers chosen for the project are known for their high efficiencies and suitability for green hydrogen production from renewable sources. The test facility will not only serve as a platform for testing industrial processes but also as a pilot plant to demonstrate how by-products from electrolysis can be effectively processed in dynamic operations. Additionally, the facility will enable the testing of various components related to hydrogen production and utilization. The researchers at Fraunhofer IEG are excited about the opportunity to test their concepts in practice and contribute to the advancement of green hydrogen technologies. With a focus on sustainability and innovation, this project marks a significant step towards promoting renewable energy and reducing carbon emissions.