醇氢电动客车,北方寒区绿色出行新范式
Guo Ji Jin Rong Bao·2025-10-31 08:21

Core Insights - The introduction of 300 methanol-hydrogen electric buses in Harbin aims to enhance public transportation services with green and intelligent designs [1] - The Heilongjiang Provincial Department of Industry and Information Technology has issued a draft policy to promote methanol vehicles, focusing on clean energy solutions suitable for cold regions [1] - Methanol-hydrogen electric buses are becoming a key driver for green transportation development in northern cold regions due to their operational stability and economic advantages [1] Group 1: Technology and Performance - Methanol-hydrogen electric buses have been developed to address the challenges of operating in cold climates, such as low-temperature performance and maintenance costs [2] - These buses utilize a unique methanol-hydrogen technology and a self-developed methanol engine, demonstrating stable performance even at temperatures as low as -25°C, with a range exceeding 600 kilometers [2] - The refueling time for these buses is only 7-10 minutes, significantly improving operational efficiency in cold regions [2] Group 2: Economic Benefits - The operational data indicates that methanol-hydrogen electric buses save approximately 0.2 yuan per kilometer compared to pure electric buses, leading to significant cost savings over their lifecycle [3] - A single bus can save around 180,000 yuan in operating costs over an 8-year lifespan, showcasing excellent energy-saving performance [3] - The market for methanol-hydrogen electric buses is expanding, with over 1,700 units deployed across multiple cities, reflecting strong customer demand and brand growth [3] Group 3: Market Position and Future Outlook - The competitive landscape for new energy buses is intensifying, with the company achieving a market share of 10.5% and ranking second in the industry with 532 units registered in September [3] - The ongoing implementation of China's "dual carbon" strategy is expected to further enhance the application prospects for methanol-hydrogen electric buses, positioning them as essential for the green transformation of public transportation [3]