氢质氢离交付质子汽车50台215KW氢能重卡燃料电池发动机

Core Insights - Hydrogen Zhi Li (Beijing) Hydrogen Energy Technology Co., Ltd. and Proton Automotive Technology Co., Ltd. have successfully delivered 50 units of 215KW high-power hydrogen fuel cell engines, which will be used in Proton's 49-ton hydrogen fuel cell heavy trucks, set to operate in early 2026, primarily for short-haul transportation in Shaanxi province [1][5] - This delivery marks a significant milestone in the collaboration between the two companies, indicating a breakthrough in the large-scale application of hydrogen energy in heavy-duty trucks, contributing to the green and low-carbon transformation of regional transportation [1][5] Technology and Innovation - The 215kW high-power fuel cell system developed by Hydrogen Zhi Li employs an integrated technology route featuring "high-power stacks + high system efficiency + low parasitic power architecture," optimizing the MEA to enhance power density and integrating low parasitic power hydrogen/air subsystems [3][7] - The fuel cell system achieves an efficiency of ≥45% and a vehicle warranty of 400,000 kilometers, suitable for 49-ton heavy truck models, covering inter-provincial logistics transportation scenarios with a single trip range of 300-500 km and a quick refueling time of 15 minutes [3][7] - This technology overcomes the application bottleneck of high-power fuel cells in heavy-duty truck scenarios, supporting the logistics industry's dual carbon goals and advancing fuel cell technology towards higher power and reliability, providing essential technical support for the electrification of commercial vehicles [3][7] Future Directions - Hydrogen Zhi Li aims to continue driving technological innovation and collaborate with industry partners to promote the large-scale application of hydrogen fuel cell vehicles in various scenarios, including trunk logistics, urban distribution, and port short-haul operations, contributing to the establishment of a clean and low-carbon energy system and supporting urban and regional green development [3][7]