#Sweden #Hydrogen #Cell Impact #Karlskoga #thyssenkrupp

Strategic Partnership between Cell Impact and thyssenkrupp

In a groundbreaking move for the hydrogen industry, Cell Impact AB and thyssenkrupp Automation Engineering have recently formalized a strategic cooperation agreement. This partnership aims to capitalize on their collective strengths to achieve success in the hydrogen technology sphere, focusing primarily on fuel cells and electrolyzers. This collaboration emphasizes not only joint marketing initiatives but also the joint technical development of bipolar plates and manufacturing processes crucial for the next generation of hydrogen technologies.

Detail of the Collaboration

Both companies have aligned their efforts based on innovative technology, specifically Cell Impact Forming™, a proprietary dry forming procedure that utilizes high kinetic energy to shape intricate patterns in ultra-thin metal. This precise control over impact speed results in exceptional channel accuracy and uniform thickness — critical attributes for the bipolar plates used in fuel cells and electrolyzers.

thyssenkrupp Automation Engineering operates as part of thyssenkrupp’s Automotive sector, focusing on drive and battery assembly systems. With an impressive workforce of approximately 1,100 employees across ten countries on three continents, the sector is known for its commitment to providing high-quality and innovative automation solutions tailored for mass production, especially in the electric mobility sector.

According to Daniel Vallin, the CEO of Cell Impact, “This partner possesses extensive experience in automation and industrialization, making them exceptionally well-suited for our objectives. Through Cell Impact Forming™, our unique and patented shaping technology, we can scale our business with thyssenkrupp by developing, marketing, and delivering cost-effective, high-quality bipolar plates to customers worldwide.”

This partnership builds on a Letter of Intent (LOI) established in July 2025, laying a strong foundation for future cooperation. Cell Impact has invested several years in developing shaping technology and various operational processes to enable large-scale production of bipolar plates in response to market demand. Already, the company has successfully manufactured and delivered millions of bipolar plates to clients in Asia, North America, and Europe.

The Impact on the Hydrogen Market

The strategic thrust of this partnership is significant for the broader hydrogen market, which is gaining momentum as a sustainable energy source. Bipolar plates, pivotal components in fuel cells and electrolyzers, can significantly influence production scalability and cost-efficiency. By harnessing Cell Impact’s advanced forming methods in conjunction with thyssenkrupp’s automation expertise, this collaboration aspires to contribute substantially to the hydrogen infrastructure necessary for a sustainable future.

With ongoing global initiatives pushing for greener energy solutions and carbon-neutral technologies, such collaborative ventures are essential. They not only enhance technological capabilities but also align with environmental goals. This alliance is poised to set new standards in the manufacturing of components critical to the advancement of hydrogen technology.