A revolutionary design

At the heart of EHG's success is their uniquely redesigned and proprietary fuel cell microstructure. Unlike conventional fuel cells, EHG's technology delivers the same power output—up to 40 kW—with a 50% volume reduction. This remarkable achievement has garnered significant interest from specific customers and industry players. As Chris Brandon and Mardit Matian explain, the secret lies in the optimized application of basic physics within the fuel cell. This has resulted in a highly efficient and compact design.

This innovation is not just about size and efficiency. By eliminating expensive components typically required in the balance of plant (BOP), EHG has significantly reduced the overall cost of their fuel cell systems. This cost-effective approach can change the perception that fuel cells are prohibitively expensive, making them a viable option for many applications.

Endorsement and qualification

A significant milestone was the recent certification of EHG's fuel cells by DNV (NL) for marine applications. This certification underscores the robustness and reliability of their technology in demanding environments, paving the way for broader adoption in the maritime industry.

Related Story: EH Group Engineering Receives a Fit Tech Growth Loan of Chf 500’000 for Its Compact, Lightweight, Low-Cost Hydrogen Fuel Cell Technology

DNV's qualification is a testament to EHG's commitment to quality and innovation. Their fuel cells deliver unparalleled power density, high performance, and reliability across various applications, ranging from heavy-duty trucks and mining equipment to maritime vessels and aviation.

Collaboration and support

Groups and collaborative efforts have supported EHG's journey. One notable partnership is with the National Fuel Cell Research Center at UC Irvine, where EHG's fuel cell stacks underwent rigorous durability testing. After two years and tens of thousands of cycles, the results demonstrated the strong performance and durability of EHG's technology under aggressive conditions.

Related Story: EH Group Announces Successful Trial of Its Distinctive High Temperature Pem Fuel Cell Technology (HTPEMFC)

This collaboration was made possible through the CalTestBed program, supported by New Energy Nexus, an international non-profit that funds and accelerates clean energy entrepreneurs. Such partnerships have validated EHG's technology and showcased its potential to transform various industries.

Technological Edge

EHG's fuel cell stacks feature advanced features:

· High Power Density: Their patented microstructure offers power outputs ranging from 5.0 kW to 320 kW.

· Simplified System Architecture: EHG's design minimizes parasitic loads, enhancing system efficiency.

· Flexibility: Their stack design can scale to over 300 kW, accommodating various application needs.

· Cost Reduction: By focusing on design for manufacturing, EHG has achieved radical cost reductions, making its technology more accessible.

The company's proprietary production machinery, developed with a specialized Swiss industrial partner, further enhances its competitive edge. This machinery offers reduced manufacturing costs, higher production rates, and integrated quality control features, ensuring high yield and efficiency.

EH Group’s newly launched 250kW fuel cell system is based on its single 300kW stack and single balance of plant. The result is a more compact and cost effective fuel cell system, that can be stacked to deliver 3+MW of power in a standard 40-foot container. It opens up a raft of new market opportunities from data centres to marine vessels.

Related story: https://fuelcellsworks.com/2024/10/28/fuel-cells/eh-group-launches-eh-trace-250kw-fuel-cell-system

Market Applications

EHG's fuel cells are ideally suited to both mobile and stationary applications. Their compact and efficient fuel cells provide a significant advantage in mobile applications, where weight and volume are critical factors. Their technology can benefit heavy-duty trucks, mining equipment, maritime vessels, as well as aviation.

In stationary applications, EHG's fuel cells offer reliable backup power for data centers, logistics hubs and long-term energy storage solutions. The versatility and scalability of their technology make it a compelling choice for various sectors aiming to reduce their carbon footprint.

Future prospects

With the hydrogen fuel cell market gaining traction, EHG is well-positioned to be a significant player in the new trend towards sustainable energy solutions. Their recent achievements and ongoing projects highlight their technology's transformative potential.

EH Group's innovative approach to fuel cell design and manufacturing has positioned it as a future leader in the hydrogen fuel cell industry. Their commitment to reducing costs, improving efficiency, and delivering high-performance solutions paves the way for a decarbonized future. As the demand for clean energy technologies continues to grow, EHG's groundbreaking fuel cells are set to play a pivotal role in transforming how we power our world.

For more information on EH Group's achievements and ongoing projects, visit EH Group

India: Cochin Shipyard to Build First Indigenous Ship to Be Powered by Hydrogen Fuel Cells