SinoHytec Unveils Powerful 300kW Fuel Cell Engine for Heavy-Duty Trucks in China
Key Ideas
- SinoHytec, a Chinese company, introduced the M30+ fuel cell engine, designed for heavy-duty trucks with a rated power of 300kW and peak power of 360kW.
- The engine boasts a 100% component localization rate, high mass power density exceeding 900W/kg, and exceptional efficiency with a peak efficiency over 50%.
- It features advanced environmental adaptability with a cold activation temperature of -40°C, compatibility for high and low-pressure hydrogen supply modes, and a specialized single injector for fuel cells.
- To address cooling challenges, the engine uses a wide-temperature fuel cell stack capable of operating at temperatures up to 95°C, potentially increasing to 105°C based on client requirements.
SinoHytec, a leading Chinese company specializing in fuel cell engine systems, recently launched its latest-generation fuel cell engine, the M30+. The company unveiled this innovative engine in Shanghai, expanding its portfolio to meet the power demands of heavy-duty trucks in various logistics scenarios. The M30+ is equipped with a China-made fuel cell stack with independent intellectual property rights, achieving a 100% localization rate for its components. With a rated power of 300kW, the engine offers flexible power delivery for heavy-duty trucks, dump trucks, and heavy-duty tractors, ensuring stable performance. Its efficiency is notable, with a rated efficiency of 52% and a peak efficiency exceeding 50%. Additionally, the engine maintains exceptional performance under extreme climates, with a cold activation temperature of -40°C. It supports both high-pressure gaseous hydrogen and low-pressure liquid hydrogen supply modes, accelerating the transition to practical use. Moreover, the engine addresses cooling challenges with a wide-temperature fuel cell stack, allowing for temperatures up to 95°C and potential increases to 105°C as needed. Overall, SinoHytec's M30+ represents a significant advancement in fuel cell engine technology, catering to the evolving needs of heavy-duty transportation in China.