Core Viewpoint - The launch of the first batch of 49-ton hydrogen fuel cell tractors by Qingling Motors marks a significant step towards green transformation in coal transportation in Xinjiang, leveraging government policies and technological advancements in hydrogen energy [1][5][7]. Industry Developments - Xinjiang, rich in coal resources, is promoting the green transformation of coal transportation through the large-scale application of new energy heavy trucks, as outlined in the "Three-Year Action Plan for Hydrogen Energy Industry Development (2023-2025)" [3]. - Hami City has been selected as one of the second batch of demonstration application cities for fuel cell vehicles, accelerating the implementation of hydrogen energy [3]. Company Initiatives - Qingling Motors has signed a contract for the first batch of 52 customized 49-ton hydrogen fuel cell tractors, aimed at addressing pollution issues in traditional resource transportation [5][10]. - The company has established a dedicated R&D and production team to customize vehicles for Hami's extreme climate conditions, ensuring operational stability in temperatures ranging from -30°C to 70°C [8][10]. Technological Advancements - The tractors feature a 6×4 drive system and are equipped with a 190KW Bosch fuel cell system, enabling strong power output even under full load [11]. - The vehicles have a large 2200L hydrogen storage tank, achieving a range of over 600 kilometers and allowing for quick refueling in just 10 minutes [13]. Economic Benefits - The hydrogen fuel cost is estimated to be 30%-35% lower than traditional diesel, with maintenance costs reduced to about 30% of those for fuel vehicles, significantly lowering overall operational costs [15]. - The fuel cell's lifespan exceeds 10 years, reducing the frequency of replacements and maintenance time [15]. Future Outlook - Qingling Motors aims to accelerate hydrogen technology research and product innovation, contributing to the construction of a green transportation system in China and promoting the large-scale application of hydrogen-powered commercial vehicles [17].