公司业务状况 滴滴充电于2026年2月26日发布2025年度桩企伙伴运维报告，截至2025年底，合作桩企超800家，充电桩 设备平均异常率低至3.3%，累计提供充电服务超17亿次。报告强调行业正从规模扩张转向体验与效率 并重，并与桩企共建智能运维服务能力。 来源：经济观察网 行业政策与环境 经济观察网 星星充电（万帮数字能源股份有限公司）于2026年1月4日向香港交易所提交招股书，计划 在香港主板上市。招股书显示，公司2025年前三季度营业收入30.72亿元，海外收入占比18.6%，并计划 在非洲、中东、东南亚、南美及北美拓展营销网络。如果上市进程顺利，该公司或成为年内充电桩领域 的重要IPO事件。 行业状况 2026年2月25日，储能领域迎来进展，谷歌宣布在数据中心采用铁空气电池技术，同时东吴证券报告指 出，全球储能需求预计高增长，其中国内大储2026年增速可能超60%，新技术应用可能间接推动充电基 础设施升级。 以上内容基于公开资料整理，不构成投资建议。 国家能源局于2026年2月23日表示，将发布实施新型能源体系及分领域规划，重点加力建设新型能源基 础设施，包括充电设施网络全场景覆盖、大功率充电技术推广 ...

在江苏常州聚新家园小区停车场，每个车位后的充电桩已接入智能有序充电系统。面对春节期间车辆的 充电高峰，系统依托物联网、大数据与人工智能技术，动态调节充电功率，引导车辆在电网负荷较低、 电费更优惠的时段充电，实现"削峰填谷"。车主只需通过手机设定充电需求，系统即可自动优化方案， 在保障出行需求的同时，节约充电成本、减轻电网负担。 0:00 春节假期，随着新能源车主返乡居家和自驾出行，居家充电需求激增，小区充电设施面临高峰负荷考 验。在江苏，一种新型的智能有序充电试点社区正发挥作用，通过智能调度有效缓解充电压力，保障车 主便捷用电。 国网常州电动汽车服务有限公司运维主管冯晨补充到："春节期间尤其是返乡期间，居民区充电负荷集 中上升，容易加剧电网压力。智能有序充电系统可主动调节充电时间和功率，有效平抑负荷高峰，既帮 助车主利用谷电充电省钱，也增强了电网调节能力，提升了供电可靠性。"常州作为全国首批车网互动 规模化应用试点城市，优先在配电压力较大的居民社区布局建设15个智能有序充电试点，目前总可调负 荷已达2870千瓦，为应对节假日等充电高峰场景提供了技术保障。 记者：秦黛新 常州聚新家园社区居民李海涛表示："假期小 ...

春节假期，返乡潮与出行热叠加，新能源汽车充电需求迎来高峰。在济南起步区车网互动充换电示范 站，前来充电的车主络绎不绝。"现在充电很方便，一杯咖啡还没喝完，电量已经从30%充到了 80%。"车主李峰说。 新华社济南2月19日电 题：山东济南：充电设施"广覆盖""高互动"助力绿色出行 新华社记者贾云鹏 "春运以来，我们加大了对充电设施的巡检和维护力度，将'每三天一巡'加密为'每日一巡'，及时排查解 决充电设施的安全隐患。"国网济南供电公司起步区供电中心鹊华供电服务站站长宁大磊说。 目前，济南市新能源汽车保有量超40万辆，公共充电桩达2.01万台，车桩比持续优化。从"广覆 盖"到"高互动"，济南正以高质量充电基础设施和智慧车网互动生态，为绿色出行提供坚强智慧能源支 撑。（完） 这座示范站融合光伏、储能、V2G双向充放电等技术，自2024年8月投运以来，日均充电量近1万千瓦 时。记者在现场看到，示范站在配备传统直流快充桩的同时，还装有全液冷超充桩、V2G充电桩、导轨 式移动充电桩等，可满足不同类型车主的充电需求。示范站北侧的服务中心配备饮水机、微波炉等，充 电间隙，车主还能在此歇脚。 便捷的充电服务正融入市民日常生活 ...

Core Insights - The article highlights the advancements in electric vehicle (EV) charging infrastructure in Jinan, Shandong, emphasizing the convenience and efficiency of charging services for residents [1][2] Group 1: Charging Infrastructure Development - Jinan has established a charging demonstration station that integrates photovoltaic, energy storage, and V2G (Vehicle-to-Grid) technologies, achieving an average daily charging volume of nearly 10,000 kilowatt-hours since its operation began in August 2024 [1] - The demonstration station is equipped with various charging options, including traditional DC fast chargers, liquid-cooled superchargers, V2G charging stations, and rail-mounted mobile charging stations, catering to diverse user needs [1] - The State Grid Jinan Power Supply Company has increased the frequency of inspections and maintenance of charging facilities from every three days to daily to ensure safety and reliability [1] Group 2: User Engagement and Market Integration - The State Grid Jinan Power Supply Company is optimizing a charging service network that includes urban, rural, and suburban areas, creating a "5-minute charging service circle" in urban centers and achieving full coverage of public charging stations in towns [2] - In 2025, Jinan plans to implement a market-based pricing policy for vehicle-to-grid interactions and residential charging station discharges, allowing EV owners to earn income by supplying electricity back to the grid during peak demand [2] - The current number of electric vehicles in Jinan exceeds 400,000, with public charging stations reaching 20,100, indicating a continuous improvement in the vehicle-to-charging station ratio [2]

Group 1: Low-altitude Economy and Digital Infrastructure - The Ministry of Industry and Information Technology and four other departments aim to establish a "digital foundation" for the low-altitude economy, targeting a 90% coverage of the national low-altitude public air route communication network by 2027 [4][5] - Key tasks include enhancing 5G network coverage below 300 meters and integrating satellite communication to support logistics and urban governance applications [5] - The low-altitude economy is projected to reach a scale of 3.5 trillion yuan by 2035, with over 200 billion yuan in new investments anticipated [5] Group 2: Electric Vehicle Market and Policy Changes - The establishment of a national unified electricity market is transforming electric vehicles from mere "electric terminals" to "mobile energy storage units," enhancing grid flexibility and creating new revenue models for vehicle owners [6][7] - Canada plans to eliminate the 100% additional tax on Chinese electric vehicles, allowing an annual quota of 49,000 vehicles to enter the market, which will gradually increase to 70,000 [18][21] - The Canadian government will also restart subsidy programs, investing 2.3 billion CAD to assist consumers with new vehicle costs and 1.5 billion CAD for charging infrastructure [21] Group 3: Automotive Industry Developments - FAW Jiefang is expanding its strategic cooperation and local production overseas, including a partnership with Cainiao Group to build a global auto parts e-commerce platform [8][9] - The company has launched its first locally produced LN 4×4 truck in Indonesia, with plans to invest up to 10 billion yuan in wealth management to enhance capital efficiency [9] - Shaanxi Automobile has officially changed its name to Shanxi Tongxi New Energy Vehicle Co., with a shift in control to Xi Heavy Automobile, marking a strategic pivot towards becoming a leader in new energy heavy trucks [10][11] Group 4: Autonomous Driving Collaborations - Autonomous driving companies are shifting from technology development to large-scale deployment through partnerships with automotive and mobility platforms, focusing on markets in China, the US, and the Middle East [12][13] - Notable collaborations include Pony.ai with Toyota for mass production of autonomous vehicles and Baidu's partnership with Uber for commercial operations in Dubai [13] - Waymo is expanding its autonomous taxi services in Nashville and plans to deploy 1,200 self-driving taxis in the Middle East by 2027 [13] Group 5: New Energy Heavy Trucks and Market Trends - The latest product announcements indicate a significant increase in the proportion of new energy heavy trucks, which now account for 40.3% of the market, with a notable rise in battery-swappable models [17] - The shift in purchasing decisions among light commercial vehicle users is moving towards a comprehensive evaluation of total cost of ownership (TCO) rather than just initial purchase price [23][24]

Group 1 - Shenzhen is focusing on relaxing market access and exploring a more flexible and scientific policy system to accelerate the construction of a socialist demonstration zone with Chinese characteristics [1] - The city aims to stimulate the vitality and creativity of various market entities by breaking down entry barriers and optimizing the market access environment [1] - Economic reforms in Shenzhen are designed to liberate and develop productive forces, continuously enhancing the internal motivation of various business entities [2] Group 2 - Shenzhen is building a robust international trading platform for electronic components and integrated circuits, establishing a data exchange center and an advanced technology application promotion center [2] - The city has introduced "Pengnong Loan" to support agricultural enterprises, providing a cumulative financial support of 42.7 billion yuan to enhance the agricultural supply chain [2] - Shenzhen has developed a low-altitude economy action plan, establishing 1,284 low-altitude takeoff and landing points to support logistics, manned flight, and emergency rescue operations [2] Group 3 - Shenzhen has been a pioneer in the pilot demonstration of infrastructure Real Estate Investment Trusts (REITs), leading the nation in the number and scale of issued products [3] - The city has achieved significant breakthroughs in the REITs sector, including the first pilot projects in clean energy and affordable rental housing [3] - Shenzhen's REITs projects have been recognized as typical cases for promoting effective investment through asset revitalization [3] Group 4 - Shenzhen has initiated the "Super Charging City 2.0" project, establishing over 1,098 supercharging stations and 536,000 charging facilities to create a comprehensive charging service network [6] - The city has been selected as a pilot city for large-scale vehicle-network interaction applications, contributing to the development of a virtual power plant with the highest adjustable capacity ratio in the country [6] Group 5 - Shenzhen has released the "Qianhai Green Building Assessment Standard," integrating national and Hong Kong standards to promote green building certification in the Greater Bay Area [7] - The standard aims to enhance the efficiency of green building practices across the entire lifecycle of new and existing buildings [7] Group 6 - Shenzhen is enhancing its open economic system by facilitating the "Hong Kong-Macao Drug and Medical Device Access" pilot program, with 17 medical institutions now covered [8] - The city has implemented high-level cross-border trade facilitation measures, including the inclusion of 166 quality enterprises in the pilot program and processing over 27 billion USD in facilitation payments [8] - Shenzhen has established the first and only international industry and standards organization cluster in the He Tao area, promoting the first international hospital accreditation standard in China [8]

Core Viewpoint - Zhejiang Fute Technology Co., Ltd. has received approval from the Shenzhen Stock Exchange for its plan to raise up to 528.22 million yuan through a private placement of shares, aimed at funding key projects in the electric vehicle sector and enhancing working capital [1] Group 1: Financial Performance and Projections - Fute Technology has experienced explosive growth in recent years, with a projected net profit of 210-250 million yuan for 2025, representing a year-on-year increase of 122%-164% [2] - The company’s domestic market share in vehicle power supplies has significantly increased, supported by its core client base, including major manufacturers like NIO, Xiaomi, and Xpeng [2] Group 2: International Expansion - The company’s international revenue share is expected to rise from approximately 6.8% in 2024 to over 17% in the first half of 2025, driven by successful partnerships with global clients like Renault and Stellantis [3] - The international market expansion is projected to enhance revenue scale and profitability while reducing reliance on a single market, with the overseas market space estimated to reach 42.5 billion yuan by 2030, growing at a CAGR of 18% from 2025 to 2030 [3] Group 3: Technological Advancements - Fute Technology is actively investing in R&D, particularly in V2G (Vehicle-to-Grid) technology, with products featuring bidirectional charging capabilities under development [4] - The company’s core production facilities are operating at full capacity, with the second factory successfully launched in early 2025, contributing to increased production capacity [4] Group 4: Industry Environment and Strategic Initiatives - The favorable policy environment for the electric vehicle industry, including stricter carbon emission standards in the EU, supports Fute Technology’s business growth [5] - The company’s fundraising plan, approved by the Shenzhen Stock Exchange, is seen as a critical step in its strategic expansion, with funds allocated to projects that align with industry trends towards high power density and smart connectivity [5]

Core Viewpoint - China is leading a profound energy transition, with electricity consumption expected to exceed 10 trillion kWh by 2025, surpassing the annual consumption of the US and the combined total of the EU, Russia, India, and Japan [1] Group 1: Energy Transition and Electric Vehicles - The new energy vehicle (NEV) industry is a core driver of China's energy transition, with a market volume of 49.37 million vehicles, accounting for half of the global NEV fleet [1] - NIO has established over 3,720 battery swap stations, covering more than 1,200 districts and counties, marking a significant milestone in the battery swap model [1][2] - The battery swap model has been validated at scale, with NIO achieving over 10 million battery swaps in a single day, demonstrating its viability as a mainstream solution for electric vehicle energy replenishment [2] Group 2: Economic and Energy Efficiency - NIO's 100 million battery swaps have saved users approximately 834.1 million hours compared to traditional charging, equating to a financial saving of over 26.3 billion yuan, or an average of over 27,000 yuan per user [3] - The battery swap model allows for battery health checks with each swap, ensuring safety and longevity, while also facilitating resource recycling [2][3] Group 3: Grid Interaction and Energy Management - Battery swap stations act as distributed energy storage units, providing advantages in grid demand response and load balancing, with a capacity demand only 30% of that required for large-scale charging stations [4] - NIO's collaboration with industry partners has led to the development of V2G (Vehicle-to-Grid) capabilities, contributing to grid stability and energy management [5] Group 4: Strategic Importance of Energy Systems - The integration of new energy vehicles with the grid is crucial for enhancing the flexibility of the power system, especially as renewable energy sources like wind and solar become more prevalent [6] - The shift from traditional power dispatch to an intelligent interaction model ("source-grid-load-storage") is essential for accommodating the variability of renewable energy generation [6]

Group 1 - The core viewpoint emphasizes that major infrastructure like the power grid is essential for economic operation, and ensuring power supply is crucial for economic stability [1] - During the 14th Five-Year Plan, over 20 billion yuan will be invested in power grid development in Shandong, stimulating over 700 upstream and downstream enterprises to expand production capacity and effectively boost consumption [1] - The total investment in Jinan's power grid development is expected to increase to 24 billion yuan over the next five years, further promoting private investment and driving the development of the industrial chain [1] Group 2 - The Jinan Power Supply Company has established the Jinan City Vehicle-Grid Interactive Smart Innovation Alliance, with a demonstration station in the starting area selected as one of the first national pilot projects for large-scale vehicle-grid interaction applications [2] - A total of 413 charging and swapping stations have been built, capable of charging over 50,000 new energy vehicles daily, with annual charging volume exceeding 200 million kilowatt-hours [2] - The company plans to implement a "three-year doubling" action for charging facilities, aiming to transform 100 low-power facilities by 2026 and create a "5-minute fast charging circle" in urban areas, with at least 30 vehicle-grid interactive demonstration stations to be built in three years [2]

（来源：经济参考报） 氢燃料电池汽车要考虑如何发展、什么时候发展。 2025年，我国汽车产业取得令人瞩目的成绩，主要得益于健全完备的供应链体系、领先的规模和成本优 势、具有潜力的消费市场、快速的技术与模式创新、恰逢其时的产业政策等。展望2026年，站在"十五 五"开局的新起点，汽车产业将呈现何种发展态势、产业的发力点和创新点在哪里等问题成为各方关注 焦点。 汽车总销量规模同比或略有下滑，新能源汽车销量预计保持相对高速增长。 2025年，在以旧换新和购置税减征等政策利好下，我国汽车销量达到3440万辆，同比增长9.4%。其中 新能源汽车销量1649万辆，同比大幅增长28.2%，新车渗透率首次超过50%。2026年，在部分消费前置 因素下，预计我国汽车总销量规模将呈现微跌，但购置税减征和以旧换新政策仍将发挥关键支撑作用， 预计汽车总销量规模在3300万辆左右，可能出现"内低外高，前低后高"的现象，也就是"国内销量出现 下探、出口规模持续上扬，上旬销量下滑、下旬企稳走高"的发展趋势。对于新能源汽车，将保持相对 较高的增长速度，预计全年销量规模在1900万辆左右，产业竞争优势进一步巩固。 纯电动乘用车销量增速保持领先 ...