蔚来作为乘用车领域换电模式的坚定践行者，已实现单季度盈利，印证了换电模式在乘用车赛道的商业化可行性。乘用车换电模式落地后，重卡领域能否复 制这一路径，成为交通领域碳达峰进程中的关键探索方向。 记者从多场机动车污染排放控制专业会议中获悉，重型卡车虽保有量占比低，却是机动车污染物排放的主要来源，换电重卡的规模化推广，或将成为破解交 通领域碳达峰核心难题的重要抓手。 01 低保有量高排放 重卡成污染治理关键靶点 | 类型 | 项目 | 燃油車卡 | | --- | --- | --- | | 初始购置成本 (万元) | 车购置成本 | 37 | | | 电池购置成本 | | | | 小计 | 37 | | 运营成本（万 | 油价/电价 (元/L, 元/kWh) | 7.5 | | | 换电站服务费（元/kWh） | | | | 每公里耗油量/电量 (L/km, kWh/km) | 0.5 | | | 年运营天数 | 312 | | | 单车日运营里程 (km) | 300 | | 元/年) | 电池相金（万元/年） | | | | 能源成本（万元年） | 31.6 | | | 电动重卡运力降低增加成本（万元/年） ...

Group 1 - The core viewpoint of the articles highlights the accelerated transition of China's heavy truck market towards electrification, driven by the "dual carbon" goals and green transformation of road freight by 2025 [1][2]. - In 2025, cumulative sales of new energy heavy trucks in China are projected to reach 231,100 units, representing a year-on-year growth of 182% [1]. - By December 2025, the terminal sales of new energy heavy trucks are expected to surge to 45,300 units, with a monthly penetration rate exceeding 50%, reaching 53.89%, setting a new industry record [1]. Group 2 - The development of new energy heavy trucks in China can be divided into two phases: the initial phase from 2021 to 2023, with penetration rates of 0.7%, 4.7%, and 5%, and a rapid development phase starting in 2024, with projected penetration rates of 12.9% and 28.9% [2]. - The market share structure of power types is undergoing a fundamental shift, with fuel heavy trucks' share dropping from 91% in 2020 to 46% by 2025, while new energy heavy trucks' share rises from nearly zero to 29% [2]. - By 2025, the gas heavy truck market share is expected to reach 25%, indicating that both new energy and gas heavy trucks will collectively account for a significant portion of the market [2]. Group 3 - Companies in the industry are accelerating their layout to seize opportunities in the electrification of heavy trucks, as evidenced by the strategic cooperation agreement between Kandi Technologies Group and CATL to focus on the mass production of heavy truck battery swap stations [3]. - The heavy truck industry is currently in a high-growth phase driven by both policy support and technological innovation, with companies aiming to enhance product competitiveness and market responsiveness [3]. - The unique ecological development path of the new energy heavy truck market involves interlinked elements of "people-vehicle-cargo-money-energy," with battery companies playing a crucial role beyond being mere component suppliers [4].

2025年12月份，新能源重卡市场同比暴涨198%，整体销量再创新高，其中充电重卡销量接近3万辆，同步刷新史上最高销量纪录。 此前表现一直不如充电重卡，并连续多月跑输市场"大盘"的换电重卡表现如何？2025年走完，换电重卡行业格局有何新变化？ 请看第一商用车网的分析报道。 根据第一商用车网掌握的最新数据，2025年12月份，国内新能源重卡市场共计销售4.53万辆（注：本文数据来源为交强险实销口径， 不含出口和军车，下同），环比2025年11月份增长62%，同比增长198%。12月份，纯电动重卡（包括换电和充电）销售4.08万辆， 占比高达90.09%，虽较上月（97.46%）有所下滑，但仍是新能源重卡最重要的组成部分。这其中，换电重卡（本文所述的"换电重 卡"，包括租赁电池并在日常运营中在换电站更换电池的纯电动重卡，以及租赁电池但在实际运营中并不换电、而是充电补能的纯电动 重卡）销售1.15万辆，环比增长56%，同比也继续实现增长，增幅达到106%，同比增幅较上月（+147%）有所缩窄。12月份，换电 重卡106%的同比增速继续跑输新能源重卡市场"大盘"。 12月份，换电重卡在纯电动重卡销量中的占比为28.1 ...

Core Viewpoint - The rapid development of battery swapping stations for heavy-duty electric trucks, exemplified by CATL's Qiji Battery Swapping, indicates a significant shift towards electric logistics, challenging the notion that it is a niche market [1][2][25] Policy Support - National policies are increasingly focused on promoting green and low-carbon transportation, with a clear consensus from central to local governments [4][5] - The "dual carbon" goals serve as a long-term strategic guide, emphasizing the need for clean energy alternatives in transportation [5][7] - Local initiatives, such as subsidies for replacing diesel trucks with electric ones, are providing direct incentives for the adoption of electric heavy-duty trucks [7][8] Ecosystem Transformation - The construction of battery swapping stations is evolving from isolated efforts by individual companies to a collaborative ecosystem involving government guidance and multi-party cooperation [9][10] - Qiji Battery Swapping's partnerships with major truck manufacturers and logistics companies demonstrate a shift towards a robust collaborative network [10][12] Standardization and Technical Development - The establishment of industry standards is crucial for the scalability of battery swapping, with Qiji Battery Swapping making significant strides in this area [13][15] - Strategic collaborations with research institutions aim to develop technical standards and facilitate the nationwide deployment of battery swapping infrastructure [13][17] Economic Viability - The "vehicle-battery separation" model significantly lowers the initial investment for users, making electric heavy-duty trucks more economically attractive compared to traditional fuel trucks [16][20] - The extensive network layout enables long-distance operations, countering previous perceptions that battery swapping was limited to short routes [18][20] Future Vision - Qiji Battery Swapping aims to expand its network to cover 18,000 kilometers by 2030, enhancing the efficiency and cost-effectiveness of logistics operations across China [24][25] - The integration of a nationwide battery swapping network with the logistics system is expected to drive down costs and promote a green transition in the transportation sector [25]

Core Viewpoint - The new energy heavy truck market experienced significant growth in November 2025, with sales reaching a record high of 28,000 units, marking a year-on-year increase of 178% [1][3]. Market Performance - In November 2025, the domestic new energy heavy truck market sold a total of 28,000 units, representing a month-on-month increase of 39% and a year-on-year increase of 178% [3]. - Pure electric heavy trucks accounted for 97.46% of total sales, with 27,200 units sold, slightly down from 98.14% in the previous month [3]. - The sales of battery-swapping heavy trucks reached 7,354 units, showing a month-on-month growth of 29% and a year-on-year growth of 147% [4][12]. Battery-Swapping Heavy Truck Analysis - The market share of battery-swapping heavy trucks in pure electric heavy truck sales was 26.99% in November, down from 28.86% the previous month [5]. - The cumulative sales of battery-swapping heavy trucks from January to November 2025 reached 56,100 units, a year-on-year increase of 143% [17][19]. - The top three brands in battery-swapping heavy truck sales for November were Foton, Jiefang, and Xugong, with sales of 1,441, 1,314, and 1,251 units respectively [12][15]. Competitive Landscape - Foton has maintained its lead in the battery-swapping heavy truck market for eight consecutive months, with a market share of 19.61% [19][21]. - The competition among battery-swapping heavy truck manufacturers is intense, with six companies achieving cumulative sales exceeding 5,000 units [25]. - The market share of Foton, Jiefang, and Xugong has increased significantly compared to the previous year, with Foton's share rising by 14.18 percentage points [21]. Segment Performance - Battery-swapping tractor trucks accounted for 88.08% of total battery-swapping heavy truck sales, while battery-swapping dump trucks made up 9.75% [23]. - The sales of battery-swapping dump trucks were lower than the overall growth rate of battery-swapping heavy trucks, with a year-on-year increase of only 20% [27]. - The market for battery-swapping dump trucks had 21 companies participating, with Xugong leading in sales and holding a market share of 36.77% [29]. Future Outlook - The battery-swapping heavy truck market has seen continuous growth for ten months, but its year-on-year growth rate remains below that of the overall new energy heavy truck market [31]. - The final month of 2025 will be crucial to see if battery-swapping heavy trucks can outperform the market and if any new players will enter the field [31].

Core Viewpoint - The new energy heavy truck market experienced significant growth in October 2025, with a year-on-year increase of 144%, surpassing 20,000 units in total sales, driven primarily by charging heavy trucks [1][3]. Market Performance - In October 2025, the domestic new energy heavy truck market sold 20,100 units, a month-on-month decrease of 17% but a year-on-year increase of 144% [3]. - Pure electric heavy trucks accounted for 98.14% of total sales, with charging heavy trucks maintaining a high level of performance [3]. - The sales of battery swap heavy trucks reached 5,691 units, showing a year-on-year growth of 112%, although this growth rate has slowed compared to previous months [3][6]. Sales Trends - The monthly sales of battery swap heavy trucks have shown fluctuations, with October 2025 marking the second-highest sales month in history, following a record set in September 2025 [5]. - The proportion of battery swap heavy trucks in the pure electric heavy truck sales decreased to 28.86% in October, down from 32.54% in September [6]. Segment Analysis - From January to October 2025, battery swap heavy trucks primarily consisted of tractor and dump trucks, with sales of 42,800 units and 4,995 units, respectively [8]. - Battery swap heavy trucks have been registered in 30 out of 31 provincial-level administrative regions in China, with 282 cities having registered these vehicles [8]. Brand Performance - Foton led the sales chart for battery swap heavy trucks in October 2025, selling 1,165 units, marking its seventh consecutive month at the top [11]. - The top ten brands in battery swap heavy truck sales saw significant year-on-year growth, with Foton and Yuan Cheng experiencing increases of 1,020% and 1,018%, respectively [13]. Market Share - As of October 2025, the market share of battery swap heavy trucks was dominated by six companies, with Foton holding 19.62%, followed by Xugong and Jiefang [20]. - The cumulative sales of battery swap heavy trucks from January to October 2025 reached 48,800 units, reflecting a year-on-year growth of 142% [15][21]. Future Outlook - The battery swap heavy truck segment has seen continuous growth for nine months, but its year-on-year growth rate remains lower than that of the overall new energy heavy truck market [30].

Core Viewpoint - Fangda Special Steel has not yet applied CATL's battery-swapping heavy trucks in its logistics fleet, but both parties will continue to monitor the application testing of R&D products to lay the foundation for large-scale application and technological iteration [1] Group 1 - Fangda Special Steel responded to investor inquiries on October 30 regarding its logistics fleet [1] - The company is currently not utilizing CATL's battery-swapping heavy trucks [1] - Ongoing collaboration with CATL aims to support future large-scale applications and technology improvements [1]

Core Viewpoint - The new energy heavy truck market experienced significant growth in September 2025, with a year-on-year increase of 206%, surpassing 24,000 units sold, indicating a strong demand for electric heavy trucks, particularly charging models [1][4][5]. Market Performance - In September 2025, the total sales of new energy heavy trucks reached 24,100 units, marking a 36% increase from August and a 206% increase year-on-year [4]. - Pure electric heavy trucks accounted for 97.33% of total sales, with charging models maintaining a high sales volume [4]. - The sales of battery-swapping heavy trucks reached 7,641 units in September, reflecting a 39% month-on-month increase and a 192% year-on-year increase [5][14]. Segment Analysis - The market share of battery-swapping heavy trucks in pure electric heavy truck sales was 32.54% in September, showing a slight increase from the previous month but a decrease compared to the same period last year [7]. - From January to September 2025, battery-swapping heavy trucks sold a total of 43,100 units, representing a 147% year-on-year growth [18][20]. - The main types of battery-swapping heavy trucks sold were tractor trucks and dump trucks, accounting for 87.70% and 10.39% of sales, respectively [24]. Brand Performance - Foton led the sales of battery-swapping heavy trucks in September with 1,493 units sold, followed by Jiefang, Xugong, and Yuancheng, all exceeding 1,000 units [14][16]. - The top ten brands in the battery-swapping heavy truck market saw significant growth, with Foton, Beiben, and Jiefang experiencing year-on-year increases of 2,566%, 667%, and 518%, respectively [16]. - The competitive landscape for battery-swapping tractor trucks is intense, with Foton, Xugong, and Jiefang leading the market [26]. Future Outlook - The battery-swapping heavy truck sector has seen continuous growth for eight months, but its year-on-year growth rate remains lower than that of the overall new energy heavy truck market [33]. - The industry will continue to monitor whether battery-swapping heavy trucks can outperform the market in the remaining months of 2025 and which company can break Foton's dominance [33].

Core Viewpoint - The new energy heavy truck market in August 2025 saw a significant year-on-year increase of 182%, with total sales approaching 17,800 units, indicating strong growth momentum in the sector [1][2]. Market Performance - In August 2025, the domestic new energy heavy truck market sold a total of 17,800 units, representing a month-on-month increase of 7% and a year-on-year increase of 182% [2]. - Pure electric heavy trucks accounted for 98.66% of total sales, with sales of 17,500 units, a slight increase from 98.07% in the previous month [2]. - The sales of battery-swapping heavy trucks reached 5,500 units, marking an 11% increase month-on-month and a 149% increase year-on-year, although this growth rate lagged behind the overall new energy heavy truck market [2][4]. Segment Analysis - The market share of battery-swapping heavy trucks in pure electric heavy truck sales was 31.39%, an increase from the previous month but a decrease of 7.5 percentage points compared to the same period last year [5]. - From January to August 2025, battery-swapping heavy trucks sold a total of 35,400 units, reflecting a year-on-year growth of 139% [16][18]. - The main types of battery-swapping heavy trucks sold were tractor trucks and dump trucks, accounting for 87.67% and 10.77% of sales, respectively [22]. Company Performance - In August 2025, Foton led the sales of battery-swapping heavy trucks with 1,288 units, achieving a remarkable year-on-year growth of 3,289% [12][14]. - Other notable performers included FAW Liberation, Xugong, and YuanCheng, with sales of 841, 766, and 740 units, respectively [12]. - The top ten companies in the battery-swapping heavy truck market all experienced growth compared to the previous year, with six companies achieving over 100% growth [14]. Competitive Landscape - The competition in the battery-swapping tractor truck segment is intense, with six companies selling over 3,000 units each [24]. - Foton, Xugong, and FAW Liberation are the top three companies in this segment, with market shares of 21.77%, 14.93%, and 14.04%, respectively [24]. - In the battery-swapping dump truck market, Xugong leads with a market share of 38.80%, followed by China National Heavy Duty Truck and Shaanxi Automobile, both exceeding 10% market share [26]. Future Outlook - The battery-swapping heavy truck market has shown consistent growth, with a year-on-year increase in sales for the first eight months of 2025, although the growth rate has been lower than that of the overall new energy heavy truck market [29].

Domestic News - The Ministry of Industry and Information Technology issued guidelines for the digital transformation of key industries, including 14 industry scenario maps for 2025, focusing on sectors like new energy vehicles and lithium batteries [7] - Suzhou released an "Artificial Intelligence+" city action plan aiming to gather over 3,000 AI companies by the end of 2026, with an annual growth rate of over 20% in the core scale of the smart economy industry [8] - Changan Automobile signed a strategic cooperation agreement with China Guoxin, aiming to deepen collaboration in investment and technology innovation to promote high-quality development in the automotive industry [9] - GAC Group and Huawei are jointly launching a new high-end smart electric vehicle brand named "Qijing," which will integrate Huawei's intelligent technology [10] - Jietu announced the launch of three fuel-powered SUV models in the European market, starting with Poland in November [11] - Avita Technology signed a business cooperation framework agreement with Agricultural Bank of China, focusing on technology research and market expansion [12] - Yangjie Technology and Xingyu Co., Ltd. signed a strategic cooperation agreement to enhance collaboration in automotive vision systems and semiconductor technology [13] - Funeng Technology plans to mass-produce its third-generation semi-solid-state battery by 2026, aiming for an energy density of over 500Wh/kg [14] Foreign News - Suzuki announced that its first pure electric vehicle, the e-VITARA, will be launched in Japan on January 16, 2026, with a starting price of 3.993 million yen (approximately 193,000 RMB) and a range of over 430 kilometers on a single charge [15][16] - SK On established a pilot factory for solid-state batteries in Daejeon, South Korea, with plans for commercial production by 2029, one year earlier than previously announced [17] - Toyota launched the e-Palette, a pure electric vehicle designed for mobile stores, aiming to incorporate L4-level autonomous driving technology by 2027 [18] - Nissan and Mitsubishi will introduce a new electric vehicle model in Europe, with Mitsubishi's Eclipse Cross being the first pure electric SUV for the European market [19] Commercial Vehicles - Proton Automobile and Western Intelligent Network held a dual delivery ceremony for new energy vehicles and ultra-fast charging systems, marking a significant milestone in their collaborative strategy [20] - Weichai's new high-end light truck, the Blue Power X7, was officially launched in Fujian, targeting the growing demand for high-end new energy logistics vehicles [21] - The Faist Group launched a new agricultural machinery brand, "Faist·Zhikun," marking its entry into the agricultural transmission field [22] - King Long showcased its products at the BRICS New Industrial Revolution Forum, highlighting its autonomous driving buses and new energy vehicles [23]