Germany-based Bosch, which has its North American headquarters in Farmington Hills, today announced key milestones in its global hydrogen ecosystem strategy.
Highlights include new innovations in hydrogen infrastructure and the availability of electrolyzer systems powered by Bosch Hybrion PEM electrolysis stacks from its integrator partners for North America.
Together, these developments reinforce the company’s role as a technology leader across the entire hydrogen value chain from production and distribution to storage and end use, according to Bosch.
Hydrogen technology was the focus of a program today that attracted more than 100 of hydrogen’s top experts to Bosch’s Farmington Hills campus. The day included three panels of experts discussing stationary, mobile, and derivative hydrogen applications and a keynote address from Jordan Choby, group vice president of powertrain at Toyota Motor North America, Research and Development.
As demand grows for clean, reliable energy solutions, Bosch says it’s focused on building a comprehensive hydrogen ecosystem in mobility, industry, and stationary power. The company’s approach is said to bring together advanced engineering, global scale, and cross-sector collaboration to help drive hydrogen’s widespread adoption.
“At Bosch, we are committed to helping build the hydrogen economy and we are prepared to support its growth at whatever pace it advances,” says Peter Tadros, regional president of power solutions for Bosch in North America. “Our strategy is to support customers across the value chain with scalable technologies that make hydrogen practical for real-world applications. From production to infrastructure and utilization, we are investing to help unlock hydrogen’s full potential.”
Bosch is expanding its presence in hydrogen production with the grand opening of its own electrolyzer facility – with a Hybrion stack by Bosch – in Farmington Hills. The site is the North America headquarters for Bosch’s electrolyzer and fuel cell application engineering and testing and will utilize the hydrogen produced for these activities.
“This new electrolyzer facility demonstrates Bosch’s long-term commitment to enabling the growth of the North American hydrogen market,” says Carola Ruse, senior vice president of electrolyzer solutions for Robert Bosch GmbH in Germany.
“We are investing in local competence to help our customers reduce emissions and strengthen energy resilience. Michigan’s engineering talent and industrial heritage make it an ideal location to advance hydrogen technologies.”
A key component of Bosch’s ecosystem strategy is the development of a next generation cryopump from Bosch Rexroth, which is designed to be efficient and reliable, helping drive down costs for hydrogen refueling infrastructure.
The technology is intended to help enable faster, safer, and more energy-efficient handling of liquid hydrogen, an important step in supporting heavy-duty mobility, aviation and large-scale energy applications.
“Hydrogen infrastructure requires robust, high-performance components,” says Dave Hull, regional vice president of Bosch Rexroth. “Our cryopump technology addresses critical challenges such as boil off losses, reliability, energy efficiency, and scalability. By enabling more efficient fueling, we are helping customers move hydrogen from pilot projects to commercial deployment.”
The Cryopump’s modularity helps eliminate the need for high-pressure storage, reducing the capital and operational costs of station operators, and paving the way for hydrogen-powered commercial vehicles.
Bosch says its hydrogen portfolio spans multiple technologies, including fuel cell systems, hydrogen engines, electrolysis stacks, and infrastructure solutions. By connecting these innovations, the company says it aims to create an integrated ecosystem that supports decarbonization across sectors such as transportation, manufacturing and energy.
Through collaboration with industry stakeholders, governments, and research institutions, Bosch says it’s working to accelerate the transition to a hydrogen economy that is sustainable, scalable, and economically viable.
