Bramble Energy, renowned for its innovative printed circuit board fuel cell (PCBFC), has inked a Memorandum of Understanding (MoU) with the EDAG Group, a globally esteemed independent engineering services provider. This collaboration aims to digitally integrate Bramble’s patented fuel cell technology into EDAG’s electric vehicle (EV) storage platform, heralding a significant stride in sustainable mobility solutions.
The project, christened ‘FC-STORM’, orchestrated between Bramble and EDAG Group, seeks to develop and showcase a design study featuring the seamless integration of Bramble’s hydrogen fuel cell system into EDAG’s adaptable energy platform tailored for passenger vehicles and light commercial vehicles.
The focal point of this collaboration revolves around merging Bramble’s PCBFC, known for its adaptability in size and arrangement, into EDAG’s skateboard platform a challenging task due to limited space. The versatility of Bramble’s PCBFC enables customization to meet stringent power requirements within confined spaces, making it an ideal fit for this integration.
Dr. Tom Mason, Bramble Energy’s CEO, expressed enthusiasm about the partnership, highlighting the opportunity to exhibit the manifold advantages of their fuel cell technology. He emphasized the project’s role in demonstrating sustainable and efficient solutions for various vehicle types, showcasing scalability and performance advantages through comprehensive simulation data.
Dr.-Ing. Andreas Viehmann, Head of Innovation Area Drive and Storage Technologies at EDAG Group, echoed excitement about the ‘FC-STORM’ project. He emphasized the potential of Bramble’s PCBFC technology to maximize performance and customization in addressing the challenges posed by diverse vehicle variants and installation space requirements.
The collaboration between Bramble Energy and EDAG Group signifies a concerted effort to revolutionize EV platforms by integrating cutting-edge hydrogen fuel cell technology, aiming to set new standards for sustainable and efficient mobility solutions in the automotive industry.
