Two leading energy companies in Mecklenburg-Vorpommern are joining forces to accelerate the development of green hydrogen in Germany. H2APEX Nova Holding GmbH, based in Rostock-Laage and a subsidiary of H2APEX Group SCA (Prime Standard, ISIN: LU0472835155, WKN: A0YF5P), and the East Energy Group from Rostock have established a joint venture named Hanseatic H2. The venture aims to develop standardized electrolysis plants with a capacity of 5 MW each and to jointly market the resulting RFNBO-compliant hydrogen.
The initial plan is to construct four plants at locations across Northern and Eastern Germany. This initiative responds to the growing demand for green hydrogen, particularly from the mobility sector, which will be supplied through trailer deliveries from the planned facilities. Recent improvements in the regulatory environment have further accelerated interest and investment in hydrogen solutions.
Through Hanseatic H2, H2APEX is expanding its strategic portfolio to include smaller-scale electrolysis plants, complementing its existing projects and broadening its market presence. The company brings extensive expertise from its development of a major IPCEI-funded 100 MW electrolysis project in Lubmin, contributing knowledge in the construction and operation of hydrogen facilities.
East Energy adds its long-standing experience in developing renewable energy projects. This clear division of responsibilities is designed to ensure efficient project execution and high economic viability. By using recurring technical standards, the partners can accelerate planning and construction, reduce costs, and simplify scaling for future plants. A unified technical architecture also facilitates maintenance and long-term operation
.The next steps include the formal establishment of the joint project company and the launch of joint project development activities. Through Hanseatic H2, H2APEX and East Energy aim to make a significant contribution to the regional energy transition while supporting the development of a reliable, scalable hydrogen infrastructure in Northern and Eastern Germany.
