#Sweden #Hydrogen #Cell Impact #Karlskoga #thyssenkrupp

New Horizons in Hydrogen Technology

In a significant move towards advancing hydrogen technology, Cell Impact and thyssenkrupp Automation Engineering have forged a Strategic Cooperation Agreement aimed at achieving joint market success. This collaboration, announced on November 6, 2025, marks a pivotal step in enhancing the efficiency and accessibility of hydrogen solutions, particularly in the development of flow plates and manufacturing processes for fuel cells and electrolyzers.

About the Partners

Based in Karlskoga, Sweden, Cell Impact is renowned for its innovative approach to designing and manufacturing advanced flow plates for fuel cells. Their proprietary technology, known as Cell Impact Forming™, utilizes high kinetic energy to create complex patterns in ultra-thin metal layers. This method is not only more cost-effective but also environmentally friendly, consuming minimal electrical power and no water compared to traditional forming techniques.

Thyssenkrupp Automation Engineering, a notable entity in the automotive segment of the industrial conglomerate thyssenkrupp, specializes in providing advanced automation solutions for production processes, especially within electric mobility markets. With approximately 1,100 employees spread across ten countries, thyssenkrupp’s extensive experience in automation and industrialization makes them an ideal partner for Cell Impact as they seek to scale their production capabilities.

Joint Objectives

The essence of this cooperation lies in their shared ambition to conduct joint marketing campaigns, alongside the technical development of flow plates and manufacturing processes that will ultimately enhance the performance of hydrogen fuel cells and electrolyzers. Both companies are committed to delivering high-quality, cost-effective solutions tailored to meet the growing demand for hydrogen technology worldwide.

Daniel Vallin, CEO of Cell Impact, expressed optimism about this partnership, stating, "Their extensive experience in automation and industrialization makes thyssenkrupp an excellent partner for us. By leveraging our unique Cell Impact Forming™ technology, we can collaborate effectively to market and provide premium flow plates across the globe."

This strategic alliance builds on an earlier Letter of Intent (LOI) signed in July 2025, reflecting both companies' proactive approach to addressing the burgeoning hydrogen market. It underscores their mutual commitment to pioneering advancements in this eco-friendly energy sector.

The Market Demand

Cell Impact has spent years developing its forming technology and has successfully delivered millions of flow plates to various clients across Asia, North America, and Europe. As demand for hydrogen solutions continues to rise, the combined efforts of Cell Impact and thyssenkrupp are poised to play a substantial role in revolutionizing the market. The flow plates produced through their cooperation are essential components in fuel cells and electrolyzers, making them vital to the advancement of clean energy solutions.

The automotive industry's shift towards electric mobility, paired with the increasing emphasis on sustainable energy sources, amplifies the need for innovative hydrogen solutions. By streamlining the production process through automation and advanced forming techniques, Cell Impact and thyssenkrupp are strategically positioned to respond to this growing demand.

Looking Ahead

As global initiatives to combat climate change intensify, hydrogen is emerging as a crucial element in the transition to sustainable energy. The strategic partnership between Cell Impact and thyssenkrupp Automation Engineering exemplifies how collaborative efforts can foster innovation and facilitate advancements in technology that benefit both industry and the environment.

In conclusion, this cooperation agreement not only symbolizes a strategic alliance between two influential players in the hydrogen sector but also highlights their commitment to paving the way for a greener, more sustainable future. With ongoing developments and market-driven innovations, the partnership is set to unlock new possibilities in hydrogen technology.