OPmobility Leads Innovation in Hydrogen Mobility with Major Contract in Malaysia
Key Ideas
- OPmobility, Shenergy Group, and CRRC MRT Holding Group form a partnership to develop hydrogen mobility solutions in Malaysia, using type 4 high-pressure storage systems for smart autonomous trams.
- The hydrogen-powered trams can travel 245 km at speeds of 70 km/h, carrying over 300 passengers, with a refueling time of just 10 minutes, offering a sustainable and efficient urban transport solution.
- The collaboration extends to developing hydrogen storage systems for the rail market, aiming to create a robust hydrogen rail value chain, with a focus on innovation and low-carbon mobility.
- OPmobility's CEO highlights the importance of this partnership in building a hydrogen ecosystem, showcasing the company's expertise in hydrogen mobility and commitment to sustainable transportation solutions.
OPmobility, Shenergy Group, and CRRC MRT Holding Group have joined forces to develop hydrogen mobility solutions. OPmobility will provide 76 type 4 high-pressure storage systems for smart autonomous trams in Kuching, Malaysia, starting from the end of 2024. These trams are fully autonomous and operate without dedicated infrastructure, utilizing hydrogen as a clean and efficient energy source. The trams can cover 245 km, carrying more than 300 passengers, with a refueling time of just 10 minutes. Additionally, the partnership aims to develop hydrogen storage solutions for the rail market, leveraging each company's expertise for technical and commercial advancements. Laurent Favre, CEO of OPmobility, emphasizes the significance of this collaboration in promoting sustainable urban transport. OPmobility's established presence in the hydrogen mobility market, including the PO-Rein joint venture, solidifies its position as a key player in driving low-carbon mobility solutions. The focus on innovation and sustainability underpins this partnership's efforts to build a comprehensive hydrogen rail value chain, crucial for meeting the challenges of modern transportation.