依托醇氢动力等技术进行布局 汉马科技1月份新能源中重卡快速放量

Core Viewpoint - Hanma Technology (600375) reported significant growth in production and sales of new energy vehicles in January 2026, driven by a strong focus on research and development in the commercial vehicle sector [1][2] Production Summary - In January 2026, Hanma Technology produced a total of 1,303 trucks, a 40.11% increase from 930 trucks in January 2025 [1] - The production of new energy medium and heavy trucks reached 1,085 units, accounting for 83.27% of total production, marking a 140.04% year-on-year increase [1] Sales Summary - The total sales of trucks in January 2026 were 1,308 units, reflecting a year-on-year growth of 30.54% [1] - New energy medium and heavy truck sales amounted to 1,191 units, representing 91.06% of total sales, with a remarkable year-on-year increase of 147.10% [1] Market Position and Strategy - Hanma Technology's rapid growth in new energy medium and heavy truck production and sales is attributed to its technological advancements and product positioning [1] - The company focuses on addressing challenges in the pure electric route, such as range and heavy-load adaptability, by leveraging alcohol-hydrogen power technology [1] Product Development in Mining Sector - Hanma Technology's 420kW alcohol-hydrogen electric powertrain has been deployed in over 400 mining trucks, achieving over 15% energy consumption reduction compared to previous models and over 48% savings compared to diesel trucks [2] - The company has developed an alcohol-hydrogen power generation integrated system with a power range of 150kW to 420kW, supporting various applications including oil drilling and mobile charging [2] Market Expansion - Hanma Technology's alcohol-hydrogen power technology has been successfully implemented in over 20 provinces and autonomous regions in China, addressing key market pain points and promoting scalable adoption [2] - The growing demand for new energy in the medium and heavy truck market positions Hanma Technology for continued growth through technological positioning and structural optimization [2]