PCBFC for Range Extender

Bramble Energy开发了一种颠覆性的创新方法来设计和制造氢燃料电池。与任何其他燃料电池制造商不同，Bramble设计了一种印刷电路板内的质子交换膜燃料电池。印刷电路板燃料电池（PCBFC）具有一系列优势，包括设计更简单，材料成本更低，以及利用现有PCB供应链扩大燃料电池生产规模的制造工艺。PCBFC增程剂可行性研究将为英国汽车行业制造印刷电路板燃料电池（PCBFC）制定可靠而详细的商业案例。该项目将与整个供应链、最终用户、OEM和基础设施提供商的利益相关者进行合作。详细的商业案例将解决燃料电池领域的挑战，即燃料电池汽车的高成本，并与客户和氢气供应商合作，为在英国制造燃料电池制定一个强大而详细的商业案例。这将直接在多氯联苯燃料电池制造业内创造大量就业机会，也将在英国的氢和燃料电池供应链中创造大量就业机会，该行业在减少二氧化碳排放和实现净零排放方面发挥着至关重要的作用。

Bramble Energy has developed a disruptive and innovative approach to designing and manufacturing hydrogen fuel cells. Different to any other fuel cell manufacturer, Bramble has designed a proton exchange membrane fuel cell within a printed circuit board. The printed circuit board fuel cell (PCBFC) has a series of advantages, including a simpler design, lower cost materials and a manufacturing process which leverages the existing PCB supply chain to scale-up fuel cell production.The PCBFC Range Extender feasibility study will develop robust and detailed business case to manufacture the printed circuit board fuel cell (PCBFC) for the automotive sector in the UK. The project will engage with stakeholders across the supply chain, end-users, OEMs and infrastructure providers. The detailed business case will address the challenges of the fuel cell sector, namely the high cost of fuel cell vehicles, and work with customers and hydrogen suppliers to develop a robust and detailed business case for manufacturing fuel cells in the UK. This will have significant job creation opportunities both directly within the PCBFC manufacturing, but also across the UK's hydrogen and fuel cell supply chain, a sector which has a crucial role in reducing CO2 emissions and delivering Net Zero.