2026年1月9日，由江苏省储能行业协会主办的"储能+融合发展供需对接会"在南京成功举行。 会议以"储能无界，价值共生"为主题，汇聚"政、产、学、研、用、金"各方力量，共商储能融合发展大计，共促产业供需高效对接，共建开放协同的行 业生态。 会议上，《储能先进技术及应用指南2025》正式发行。中国科学院电工研究所研究员、《储能先进技术及应用指南2025》主编唐西胜介绍并启动发行。 他表示，本书由中国工程院院士舒印彪指导作序，编写团队涵盖清华大学、中国电科院等顶尖机构专家，历时一年打磨，系统梳理了电化学储能、压缩空气 储能、氢储能等核心技术原理与进展。 同时，会上《储能先进技术与应用指南（2026）版》优秀案例征集工作同步启动，将继续秉持"收录行业标杆、赋能产业升级"的宗旨，打造权威性与实 操性兼具的储能领域标杆著作。 江苏省工信厅二级巡视员卢载贵在致辞中指出，当前全球能源格局正经历深刻调整，储能产业已成为推动能源转型的关键力量。江苏作为经济与制造强 省，在储能领域已形成显著优势：产业规模上，企业数量超2000家，2025年产业链开票销售规模突破千亿元；技术创新上，发明专利超6万件，前沿技术成 果丰硕；应用场景上 ...

（来源：内蒙古日报） 数字背后，是一场深刻的产业变革。曾以"钢花飞溅"为标志的"草原钢城"，正将创新的炉火燃向更广阔 的智造领域，一批突破性的"首台套"产品如同闪耀的新星，勾勒出向"装备智造之都"转型的生动轨迹。 走进国家电投扎哈淖尔煤业公司的露天矿场，传统柴油矿卡轰鸣刺耳、黑烟喷吐的景象正在被改变。数 台身披"北重绿"的巨无霸——由内蒙古北方重型汽车股份有限公司自主研发的NTE130E纯电动矿用自卸 车，正静默而有力地穿梭。它们不再是"油老虎"，充电1小时即可持续工作5小时以上，在重载下坡时更 能将高达80%的能耗回收为电能，实现"行驶即充电"。矿卡司机王师傅切身体会到了这种改变。他 说："以前驾驶室噪声大、柴油味重，现在几乎没噪声、零排放，还有智能系统护航，干活儿更安心 了。"这台"绿色巨人"不仅刷新了行业对新能源重卡的认知，其姊妹车型NTE150E更以136吨级载重，一 举填补了国内大吨位纯电动矿卡的空白。 视线转向包头装备制造产业园区，明阳智慧能源的生产车间内，工人们正在为一个"巨无霸"进行最后的 总装。这正是即将交付的MySE10-233陆上风电机组，其风轮扫风面积相当于6个标准足球场。工艺员李 国 ...

"同济大学"微信公众号发布消息：经重组，原机械与能源工程学院更名为"机械工程与机器人学院"，原 汽车学院更名为"汽车与能源学院"。与会的专家学者表示，重组成立汽车与能源学院，服务国家"双 碳"战略，顺应汽车"电动化、智能化"发展趋势，具有重要意义。 (智通财经) ...

Core Viewpoint - GAC Aion has made significant strides in the commercialization of hydrogen fuel cell vehicles, marking a milestone with the delivery of 340 units, which aligns with national carbon neutrality goals and the development of the hydrogen energy industry [1][3][5]. Group 1: Company Initiatives - GAC Aion is actively implementing national and local strategies for hydrogen energy development, focusing on the research, production, and commercialization of hydrogen fuel cell vehicles [3][5]. - The company has introduced a series of hydrogen fuel cell vehicles, including dump trucks, box trucks, refrigerated trucks, and sanitation vehicles, targeting high-frequency urban applications [3][5]. - GAC Aion aims to enhance its role as a core member of the hydrogen energy industry innovation consortium in Guangzhou, integrating resources across the supply chain to build a robust hydrogen energy ecosystem [5][9]. Group 2: Industry Impact - The mass delivery of hydrogen fuel cell vehicles is expected to accelerate the construction of a green and low-carbon transportation system in the Guangdong-Hong Kong-Macao Greater Bay Area [5][9]. - GAC Aion's initiatives are positioned to promote the large-scale implementation and commercialization of hydrogen fuel cell vehicles in logistics and municipal services, showcasing the company's commitment to industry leadership [5][9][10]. - The company is committed to innovation and collaboration within the hydrogen energy ecosystem, focusing on standard-setting, business model exploration, and demonstration operations to support the healthy and rapid development of the hydrogen fuel cell vehicle industry [10].

Core Viewpoint - The collaboration between the labor model innovation studios of Lei Yutian and Jin Guoping aims to develop a visual intelligent identification system for electric furnaces, marking a significant step towards addressing common industry challenges and promoting high-quality development in enterprises [1][2]. Group 1: Project Overview - The project focuses on the development of a "visual intelligent identification system" for electric furnaces, which has completed preliminary verification and detailed design, now entering the equipment manufacturing phase [1][5]. - This initiative is part of the national trade union's "Labor Model Craftsman Assist Enterprises" campaign, highlighting cross-regional collaboration between skilled workers from Shanghai and Suzhou [1][2]. Group 2: Industry Context - Electric furnace steelmaking is recognized as a crucial pathway for low-carbon steel production, gaining momentum under the national "dual carbon" strategy [2]. - The electric furnace process has historically faced challenges due to its "black box" nature, with extreme conditions making it difficult for operators to monitor and control effectively [2]. Group 3: Technical Challenges - The project team must overcome three major technical challenges: the extreme environment of high temperatures and dust, the difficulty in accurately defining observation ranges, and stringent installation conditions that must not disrupt normal production [3]. Group 4: Innovative Solutions - The project has introduced a "flexible design" concept, allowing the new observational equipment to adjust its range and angle, akin to the flexibility of human vision [4]. - This shift in design philosophy represents a significant breakthrough, moving from "adapting equipment to the environment" to "adapting equipment to changes" [5]. Group 5: Expected Impact - The system is expected to provide six core functions, including real-time monitoring, intelligent flame recognition, online tracking of molten steel levels, and evaluation of refractory material status, thus supporting the full-process intelligence of electric furnace steelmaking [6]. - Successful implementation of this technology could lead to substantial energy cost savings, estimated in the hundreds of thousands of yuan annually per electric furnace, and contribute to the green and intelligent transformation of the steel industry [6].

Core Viewpoint - The strategic cooperation agreement signed on January 7 between Zhongchuang Innovation, Hubei Yangtze River Shipbuilding Supply Chain Co., Ltd., and Hubei Donghu New Energy Technology Co., Ltd. aims to promote the electrification of inland vessels, green shipping, and zero-carbon ports, contributing significantly to the "Electrification of the Yangtze River" strategy [1][2][3]. Group 1 - Zhongchuang Innovation will leverage its expertise in high-performance batteries and intelligent control systems to integrate with the shipbuilding resources of Hubei Yangtze River Shipbuilding Supply Chain and the application service advantages of Donghu New Energy Technology [3][5]. - The collaboration will focus on establishing a standard system for electric vessels that emphasizes zero emissions, low noise, and high reliability [3][5]. - A multi-layered cooperation model will be developed, encompassing "technical collaboration, market development, and standard co-construction" to create competitive overall solutions for electric vessels [3][5]. Group 2 - The partnership aims to innovate business models and accelerate the promotion of demonstration projects, providing replicable and scalable implementation paths for the "Electrification of the Yangtze River" [3][5]. - Zhongchuang Innovation will continue to play a leading role in technology, collaborating with partners in the shipping industry to expand the application of electric vessels in freight, passenger transport, and port operations [3][5]. - The initiative is expected to contribute significantly to the transformation towards green shipping through industrial collaboration [3][5].

Core Insights - The bus industry is undergoing a transformation from traditional product competition to a focus on full lifecycle value, with after-market services becoming a key differentiator among companies [1][3] Group 1: Industry Trends - The introduction of the "Zhongtong Youfu U·Serve" service brand marks a significant shift towards a dual strategy of "product + service" in the bus industry, indicating a deep transition towards lifecycle value competition [3] - The ongoing "dual carbon" strategy and modernization of public transport systems are accelerating the demand for comprehensive lifecycle solutions rather than just repair services [4] Group 2: Challenges in After-Market Services - The traditional "fix it when it breaks" approach is a major barrier to high-quality development in the bus industry, leading to operational disruptions and revenue losses [6] - Current after-market services often fail to meet deeper user needs for residual value management and operational optimization, highlighting a gap in customized and proactive service offerings [6] Group 3: Zhongtong Youfu's Service Framework - Zhongtong Youfu's service model is built on a "Six Excellence" framework, which includes rapid response, efficiency, enjoyment, intelligence, resource selection, and ownership, creating a comprehensive service loop [8][10] - The "Youfu" service aims to enhance service speed and preventive measures, utilizing technology for real-time monitoring and predictive maintenance [8][10] Group 4: Ecosystem and Digital Transformation - The service strategy upgrade signifies that services are no longer just supplementary to product sales but are central to a company's competitive edge, setting a new benchmark for the bus industry [12] - Zhongtong Youfu leverages data-driven decision-making to optimize service delivery, moving away from reliance on experience to a model supported by operational data [14] - The initiative fosters a collaborative ecosystem among after-market service providers, promoting a unified standard and resource sharing to enhance service efficiency [14]

Group 1: Strategic Direction - The company's core strategic direction remains focused on deepening the "environmental protection + new energy" dual-driven development path, with a particular emphasis on hydrogen-based energy products as a key growth engine [1] - In 2026, the company plans to achieve an annual production capacity of 200,000 tons of electrochemical methanol that meets EU certification standards [5] Group 2: Market Impact and Recognition - Increased societal focus on hydrogen energy since the second half of 2025 has positively influenced the company's hydrogen-based energy product business, garnering broader market attention and recognition [2] - The company was awarded the title of "2025 New Energy and New Materials Excellent Competitiveness Listed Company" by Daily Economic News in December 2025, reflecting its successful transition from a traditional environmental leader to a comprehensive new energy service provider [2] Group 3: Competitive Advantages - The company possesses significant first-mover advantages in the hydrogen energy sector, having strategically positioned itself early in the industry, which has allowed it to capitalize on emerging opportunities [3] - It has established differentiated competitive barriers through advanced core technologies, including a mature alkaline electrolysis hydrogen production process and innovative energy management systems [4] Group 4: Project Development and Resource Utilization - The company is actively advancing integrated hydrogen energy projects in resource-rich areas such as Jilin Liaoyuan and Heilongjiang Anda, leveraging local resources and support for project implementation [4] - The complete industrial chain from "wind and solar power generation to hydrogen production and hydrogen-based derivatives" is being developed, creating a replicable business model with regional demonstration effects [4]

转载请注明央视财经 编辑：潘煦 （央视财经《天下财经》）今天（8日），记者从长江海事局了解到，长江航运绿色转型呈现强劲势 头，目前长江干线在建新能源船舶突破476艘，预计未来五年，长江干线新增新能源船舶建造意向将达 到1000艘。依托国家"双碳"战略，长江干线已成为全球内河新能源船舶规模化应用的绿色示范区。 ...

Group 1 - The Yangtze River shipping industry is experiencing a strong green transformation, with over 476 new energy vessels currently under construction and an expected intention to build 1,000 more in the next five years, positioning the Yangtze as a global demonstration area for the large-scale application of inland river new energy vessels [1] - The Three Gorges Hub, as a crucial part of the Yangtze River, has significantly improved its shipping capacity, with the annual throughput increasing from 119.63 million tons in 2015 to nearly 173 million tons by 2025 [4] - The cargo throughput of the Yangtze River trunk line is projected to exceed 4.2 billion tons by 2025, a substantial increase from 2.45 billion tons in 2015, with the number of major ports increasing from 11 to 18 [7] Group 2 - The Three Gorges Hub has enhanced the efficiency of the Yangtze River's shipping, with the volume of grain and cotton transported increasing from nearly 2 million tons in 2015 to over 10 million tons by 2025, representing a growth of over 400% [2] - The introduction of the ship lift at the Three Gorges in 2016 has created a new operational model, allowing larger vessels to navigate more efficiently, with the proportion of vessels over 5,000 tons increasing from 35.44% in 2015 to 68.22% by 2025 [4] - The Yangtze River has established a comprehensive waterway network connecting major regions, facilitating direct access for 50,000-ton vessels to Nanjing and 10,000-ton vessels to Wuhan, thereby forming a "waterway express" [7]