Strategic Cooperation for Hydrogen Advancement
Cell Impact and thyssenkrupp Automation Engineering have come together to forge an exciting partnership aimed at revolutionizing the hydrogen sector. Their collaboration marks a significant step forward in the development of fuel cell technology, with plans to focus on the development and scaling of flow plates and manufacturing processes essential for fuel cells and electrolyzers.
Innovative Solutions in Automation
Thyssenkrupp Automation Engineering specializes in high-quality automation systems particularly designed for drive and battery assembly, catering to the burgeoning electric mobility sector. This strategic initiative harnesses their vast experience and innovation to enhance manufacturing processes in the hydrogen fuel area.
Benefits of the Cooperation
The partnership aims to leverage both companies’ strengths to build a market presence that embraces growth and sustainability. By working together, they plan to enhance the cost-effectiveness of flow plate manufacturing, an essential component in hydrogen fuel cells.
Cell Impact’s Commitment to the Future
At the helm of Cell Impact, CEO Daniel Vallin emphasizes how this cooperation can advance technological expertise and innovation. "They have extensive experience in automation and industrialization, and are simply a highly suitable partner for us. Based on Cell Impact Forming™, we can scale the business collaboratively," Vallin highlights.
Scaling Production Capabilities
Cell Impact has invested years in refining its forming technologies, equipping itself to meet industrial-scale production demands once the market grows. With several million flow plates already delivered to customers globally, the company is confident in its ability to meet future demands.
Global Reach and Market Penetration
With deliveries spanning continents including Asia, North America, and Europe, Cell Impact's products have established a solid global footprint. This cooperation with thyssenkrupp Automation Engineering is positioned to further expand their influence in the fuel cell market.
A Promising Outlook
The formal cooperation builds upon a previously agreed Letter of Intent, showcasing both companies' commitment to this bright future. They aim to harness their combined resources to develop high-quality, scalable solutions that not only meet current demands but anticipate the future needs of the hydrogen economy.
Contact Information
For those interested in learning more about this partnership, contact: Daniel Vallin
CEO and Investor Relations contact, Cell Impact AB (publ)
Phone: +46730686620 or daniel.vallin@cellimpact.com
About Cell Impact
Cell Impact AB is a leading provider of advanced flow plates crucial for fuel cell and electrolyzer manufacturing. Their unique and patented Cell Impact Forming™ method highlights their commitment to sustainable and efficient production processes that require minimal resources.
Frequently Asked Questions
What is the purpose of the Cell Impact and thyssenkrupp agreement?
The agreement aims to drive innovation in hydrogen technology, focusing on developing and scaling manufacturing processes for fuel cells and electrolyzers.
How does Cell Impact Forming™ differ from conventional methods?
Cell Impact Forming™ is designed to be more scalable and cost-efficient while being environmentally friendly, requiring no water and minimal electrical power.
What markets does Cell Impact serve?
Cell Impact supplies flow plates to various regions, including Asia, North America, and Europe, ensuring a global reach.
Who oversees the cooperation from Cell Impact's side?
Daniel Vallin, the CEO of Cell Impact, is leading the partnership with thyssenkrupp Automation Engineering.
What is the significance of this partnership?
The collaboration strengthens both companies’ market positions in the hydrogen sector and enhances their capabilities in providing innovative solutions for fuel cell technology.