#None #Cell Impact #Hydrogen Market #thyssenkrupp

Strategic Partnership Between Cell Impact and thyssenkrupp Automation Engineering

On November 7, 2025, Cell Impact AB, a leading supplier of flow plates, announced its strategic cooperation with thyssenkrupp Automation Engineering. This agreement is aimed at bolstering mutual success in the hydrogen market, a sector that is rapidly gaining traction in the renewable energy landscape.

A Focus on Hydrogen Technology

The partnership comes as both companies share a strong ambition to engage in collaborative marketing efforts and technical development projects for flow plates and manufacturing processes pertinent to fuel cells and electrolyzers. This collaborative approach is crucial as global demand for hydrogen power increases, driven by the push for cleaner energy alternatives and carbon reduction targets.

Thyssenkrupp Automation Engineering, a unit within the automotive segment of the industrial group thyssenkrupp, specializes in automation solutions for battery production, particularly in the context of electric mobility. With their impressive array of innovative automation technologies, thyssenkrupp has positioned itself as a pivotal player in the assembly and production of energy solutions which align with the ongoing green transition.

Strengthening Production Capabilities

According to Daniel Vallin, the CEO of Cell Impact, the collaboration with thyssenkrupp presents a tremendous opportunity to leverage their extensive experience in industrial automation and scaling production operations. "By utilizing our patented Cell Impact Forming™ technology, we can scale our business alongside thyssenkrupp, developing, marketing, and providing cost-efficient, high-quality flow plates to clients worldwide," Vallin remarked.

The Cell Impact Forming technology is noted for its substantial advantages over traditional forming methods, such as improved scalability and cost-effectiveness, all while maintaining an environmentally sustainable profile. Notably, this innovative technique is designed to minimize water consumption and reduce energy requirements, making it a perfect fit for the eco-conscious energy market.

Achievements and Future Plans

Cell Impact has made significant strides in its operations over the past few years, having already produced and shipped millions of flow plates to customers across Asia, North America, and Europe. This established track record showcases the company’s capacity for high-volume production and customer satisfaction. The agreement with thyssenkrupp is underpinned by a Letter of Intent (LOI) established in July 2025, indicating a solid foundation for future collaboration.

As the world increasingly looks toward hydrogen to meet its energy needs, partnerships like the one between Cell Impact and thyssenkrupp Automation Engineering are essential. They not only enhance technological expertise but also combine resources in ensuring that the development and production of hydrogen technologies can meet rising global demands.

Conclusion

In summary, the strategic cooperation agreement between Cell Impact and thyssenkrupp Automation Engineering signifies a proactive step towards embracing the promising future of hydrogen technology. With both companies committed to innovation and sustainability, this partnership could play a crucial role in revolutionizing the energy landscape, ensuring a cleaner and more sustainable world for generations to come.