实现碳达峰、碳中和是一场广泛而深刻的经济社会系统性变革，需要各级党委政府积极行动起来。 北京市房山区拱辰街道日前发布《拱辰街道碳减排行动计划》，以实际行动探索目标实现的路径。 基层政府积极探索低碳发展路径 基层政府是规划布局碳达峰、碳中和工作的直接责任主体，基层政府主动探索零碳发展的创新路径 是支撑全国实现碳达峰、碳中和目标的重要基础。基层政府以碳排放目标为约束，从碳管理意识构建、 碳排放核算到低碳技术应用落地等环节逐个突破，不断提高基层气候治理能力的现代化水平，可以为经 济社会发展绿色低碳转型赢得先机。在社区层面设立零碳项目，不仅是国家公共财政的重点支持方向， 还能够撬动和引导社会资本的绿色化投资，有助于培育以零碳技术为核心的新经济增长点。 碳达峰、碳中和目标的实现需要经济社会发展模式的颠覆性变革，需要科技创新提供关键保障，尤 其需要推动能实现深度减排的脱碳、零碳和负排放等关键共性技术、前沿引领性技术的研发创新和应用 推广。加快技术创新速度，降低技术成本，推动技术应用与创新之间的良性互动，是碳达峰碳中和目标 实现的重要驱动力。 为响应国家号召，北京市委市政府提出开展碳中和路径研究，制定专项行动方案，在实现碳 ...

漳州港口岸后石港区隆教作业区位于漳州市龙海区隆教畲族乡兴古湾北侧，港口条件良好，具备发展现 代化、规模化港口物流和临港产业的优势，目前主要为漳州LNG项目服务。隆教作业区的扩大开放， 将提升漳州在能源物资运输、特种船舶服务等方面的专业化能力，优化漳州LNG零碳产业园的物流成 本与效率，吸引上下游关联企业聚集，推动形成以清洁能源进出口、储运、应用为核心的临港产业生态 圈，为我省乃至东南沿海的清洁能源供应、零碳技术创新和绿色贸易增长提供助力。 据悉，位于该作业区的漳州LNG项目是省重点项目。自2023年12月29日隆教作业区1号泊位首次获交通 运输部批复同意"临时开放"以来，漳州LNG接收站已接卸进口LNG突破百万吨，服务运输船19艘次，外 输气量约15.2亿立方米，货值约51亿元。 本报讯 （报业集团记者 杜正蓝 通讯员 沈毅超 林巧真） 日前，国务院批复同意漳州港口岸扩大开放后 石港区隆教作业区。 ...

Core Viewpoint - The forum emphasizes the importance of international cooperation and technological innovation in achieving carbon peak and carbon neutrality goals, showcasing China's commitment to sustainable development and climate change response [1][2][3]. Group 1: Forum Overview - The Carbon Peak and Carbon Neutrality International Forum was held on November 24, focusing on "Technology Empowering 'Dual Carbon', Green Leading the Future" [1]. - The forum gathered top global political, business, and academic leaders to promote high-level international cooperation in green and low-carbon initiatives [1]. Group 2: Achievements and Goals - Since the announcement of the "dual carbon" goals in 2020, China has made significant progress in transitioning to a green and low-carbon economy [2]. - The realization of the "dual carbon" goals is linked to the deep integration of green low-carbon transformation and digitalization in industrial structures [2]. Group 3: Technological Innovations - Wang Zhonglin presented innovative solutions for utilizing blue ocean energy to replace fossil fuels, highlighting the potential of marine energy [3]. - The development of a composite energy network integrating solar, wind, and tidal energy is projected to provide sustainable clean electricity [3]. Group 4: Strategic Initiatives - China has established the world's largest renewable energy system and is leading in key technologies such as nuclear energy and ultra-high voltage [4]. - The focus is on overcoming challenges in large-scale renewable energy consumption and zero-carbon technologies through innovation [4]. Group 5: Collaborative Efforts - The forum included roundtable discussions and parallel sessions on topics like zero-carbon technology, legal frameworks for carbon governance, and AI in energy innovation [5]. - The event has become a significant platform for fostering consensus and promoting international cooperation in climate change response [5][6].

Core Viewpoint - The article discusses the upcoming "Green Energy Innovation Driving the Future" 2025 Third Zero Carbon Technology Special New Entrepreneurship Competition, focusing on cutting-edge zero-carbon technologies and the promotion of project roadshows and expert evaluations to discover high-potential projects and facilitate the transformation of scientific achievements and industrial chain collaboration [6]. Event Overview - The final competition will take place on November 20, 2025, in Yangpu District, Shanghai [6]. - The event is organized by Feng Laboratory and Waterwood Innovation, with support from various institutions including the Shanghai Yangpu District Development and Reform Commission [6][7]. Agenda Summary - The event will feature a series of presentations and evaluations, including: - Project roadshows (5 minutes each) followed by Q&A sessions (5 minutes each) [9]. - Topics include distributed bio-green hydrogen suppliers, ultra-thin low-iridium PEM membrane hydrogen production technology, energy routers, and various hydrogen production technologies [9]. - The agenda also includes an interactive session, award ceremony, and closed-door networking for invited guests [9]. Participating Projects - Notable projects include: - Distributed bio-green hydrogen suppliers utilizing local biogas resources for hydrogen production [12]. - Ultra-thin low-iridium PEM membrane technology that reduces costs by 80% and achieves 97% efficiency [12]. - Energy routers and solid-state transformers for integrating solar and storage solutions [13]. - Development of anion exchange membranes (AEM) for hydrogen production [14]. - AI-based hydrogen monitoring and control systems [18] [19]. Judges and Experts - The judging panel consists of industry experts with extensive backgrounds in energy, investment, and technology, including representatives from major companies and investment firms focused on new energy and materials [21][23][24][29][31][35].

Core Viewpoint - The article emphasizes the importance of the "Green Energy Intelligent Creation, Driving the Future" theme in promoting the incubation and industrialization of cutting-edge zero-carbon technologies, aiming to discover the most promising zero-carbon technology enterprises and facilitate deep integration of technology, capital, and industry [4][35]. Group 1: Event Overview - The 2025 Third Zero Carbon Technology Specialized and New Entrepreneurship Competition has recruited over 200 projects and held more than 20 related events since its launch in 2023, gathering over 20 leading enterprises, 60 expert judges, and 80 top investment institutions [6][36]. - The competition includes a series of activities such as innovation incubation camps, investment and financing forums, and interviews with industry leaders to accelerate the growth of entrepreneurs and create a green energy innovation ecosystem [6][36]. Group 2: Project Highlights - Seven participating companies presented their projects, covering core zero-carbon technology areas such as hydrogen energy materials, energy storage technology, hydrogen safety management, and green hydrogen supply [12][13]. - Notable projects include: - Zhejiang Haozhen Hydrogen Energy Co., focusing on hydrogen technology with a strong team and dual research background in China and Europe [15]. - Anhui Masui New Energy Technology Co., which developed a 50-micron ultra-thin PEM membrane electrode, reducing costs by 80% and achieving 97% efficiency [19][33]. - Shanghai Yujing Energy Technology Co., which is working on high-efficiency SOEC water electrolysis technology to lower hydrogen production costs [31][33]. Group 3: Future Prospects - The national finals of the competition will be held in late November in Shanghai, with the registration channel for the 2026 competition already open, inviting global zero-carbon technology startups to participate [36]. - The ongoing competition is expected to bring forth more quality projects and talents, injecting new momentum into the development of China's green energy industry and supporting the achievement of the "dual carbon" goals [36][37].

Core Viewpoint - The article highlights the importance of green and low-carbon technologies in the context of the upcoming 2025 Zero Carbon Technology Competition, emphasizing innovative projects in hydrogen energy and sustainable logistics solutions [1][46]. Group 1: Green Low-Carbon Logistics - Lingniu New Energy Technology (Shanghai) Co., Ltd. focuses on providing ESG solutions for supply chain clients, effectively linking emerging green energy and power technology products [3]. - The company aims to enhance operational efficiency in green low-carbon logistics [5]. Group 2: Hydrogen Energy Innovations - Shanghai Yijing Energy Technology Co., Ltd. is developing high-efficiency SOEC green hydrogen production technology, aiming to reduce hydrogen production costs and promote decarbonization in industries like chemicals and metallurgy [4]. - Zhejiang Haozhen Hydrogen Energy Co., Ltd. possesses a competitive edge in hydrogen technology, with capabilities in SOC battery design and MW-level SOEC system thermal-electric coordination technology [6][7]. - Anhui Ganshui New Energy Technology Co., Ltd. has created a 50-micron ultra-thin membrane electrode, reducing PEM electrolyzer costs by 80% and achieving 97% efficiency, which significantly lowers green hydrogen costs [15][20]. Group 3: AI and Carbon Management - Shanghai Carbon Benefit Intelligent Technology Co., Ltd. utilizes AI technology and carbon factor libraries to digitize and automate carbon management, helping enterprises accurately calculate emissions and comply with ESG requirements [9][12]. - The platform aims to simplify carbon management processes and reduce associated costs for businesses [12]. Group 4: Biomass and Waste-to-Hydrogen Technologies - Shanghai Huican New Energy Technology Co., Ltd. focuses on producing low-cost green hydrogen through advanced pyrolysis gasification technology, which also addresses waste management [22][23]. - This technology not only generates energy but also contributes to environmental sustainability by processing waste materials [23][24]. Group 5: Event and Collaboration - The 2025 Zero Carbon Technology Competition will take place on October 29, 2025, in Shanghai, featuring various innovative projects in the green technology sector [1][39]. - The event aims to foster collaboration and knowledge sharing among industry leaders and startups in the renewable energy space [46][47].

Group 1 - The SNECES+ 11th International Energy Storage and Battery Technology Exhibition showcased cutting-edge technologies in the energy storage industry, highlighting the latest achievements in energy transition [2] - Shenzhen Shenghong Electric Co., Ltd. launched zero-carbon park solutions and smart energy solutions for charging stations, providing systematic and implementable paths for green upgrades in industrial parks [2][5] - The zero-carbon park solution integrates over 20 years of experience in power electronics and a mature power SCADA foundation, covering the entire "source-network-load-storage" link [2][4] Group 2 - The rapid proliferation of electric vehicles is creating explosive charging demand, which poses a significant challenge to the balance of zero-carbon parks, while also representing a high-potential application in energy transition [3] - The smart energy solution for charging stations includes energy controllers, a smart energy cloud platform, energy storage systems, charging piles, and parking guidance displays, enabling full-stack collaboration from device to platform [4] - The solution features four core advantages: automatic orderly control during peak loads, multi-manufacturer energy management system coordination, excellent scalability and compatibility for virtual power plant integration, and real-time user experience enhancements through display screens [4] Group 3 - The solution has been successfully deployed and is operating stably in multiple parks, such as the Huizhou Manufacturing Center, achieving local maximum consumption of renewable energy and demand control [5] - By implementing a valley charging and peak release strategy, the solution has reduced electricity costs while achieving economic benefits and favorable relations with the power grid [5] - The company is leading the transformation of smart energy with systematic technical architecture and practical solutions, from building the foundation of zero-carbon parks to deepening smart energy charging scenarios [5]

Core Viewpoint - The article emphasizes the acceleration of global energy transition driven by carbon neutrality goals, highlighting the emergence of zero-carbon technologies such as green hydrogen, fuel cells, and energy storage as key areas for innovation and investment [2][3]. Group 1: Event Background - The 2025 Zero Carbon Technology Entrepreneurship Competition aims to discover promising zero-carbon technology companies and promote the deep collaboration of technology, capital, and industry [2][3]. - The competition is initiated by Yield Capital, TrendBank, and other partners, focusing on the incubation and industrialization of innovative technologies [2][3]. Group 2: Innovation and Growth - The event seeks to provide a platform for technology innovators to showcase their work and accelerate the transition from laboratory to industrial application [3]. - It aims to connect industry partners with cutting-edge technologies to promote the large-scale application of zero-carbon solutions [3]. - Investment institutions are encouraged to identify high-growth projects and nurture future leaders in the green energy sector [3]. Group 3: Competition Structure - The competition includes various tracks focusing on different aspects of zero-carbon technology, such as green hydrogen, carbon capture, fuel cells, new energy storage, new hydrogen production methods, and smart energy [9][10][11][12][13][14]. - Each track addresses specific technological advancements and their potential impact on achieving carbon neutrality [9][10][11][12][13][14]. Group 4: Support for Participants - High-quality projects will receive support in financing, market branding, and incubation acceleration [15][16]. - Participants will have opportunities for one-on-one financing consultations, exposure to industry leaders, and potential media coverage [18][19]. Group 5: Upcoming Events - The competition will feature multiple preliminary rounds across different regions, including Shanghai and Beijing, leading to a final competition [21][22][25][27]. - The events are designed to enhance interaction among industry experts, market resources, and technology specialists [19].

Core Insights - The first zero-carbon building project in China's civil aviation sector has been launched in Shanghai, showcasing a significant step towards achieving the "dual carbon" strategic goals [1] Group 1: Project Overview - The zero-carbon building, developed by Eastern Airlines Asset Management, covers an area of 1,444.23 square meters and was completed in just 8 months, achieving a 100% carbon reduction rate [1] - This project serves as a benchmark for low-energy and efficient operations in civil aviation infrastructure, particularly in airport terminals and hangars [1] Group 2: Technological Innovations - The building features a self-developed "light-storage-direct-flex" microgrid system that integrates energy production, storage, and distribution, transforming the building into a clean energy production entity [2] - It is equipped with 244 monocrystalline silicon solar panels on the roof, covering 577.92 square meters, generating over 110,000 kWh annually [2] - The exterior walls utilize patented photovoltaic glass curtain walls, consisting of 26 components with a total power output of 2,928W, optimizing the building's energy structure [2] Group 3: Energy Management and Sustainability - The energy storage system acts like a "giant power bank," ensuring continuous energy supply during low production periods, achieving 100% self-generated green electricity [2] - The building's green material coverage exceeds 70%, and it incorporates three health systems to enhance the working environment [2] - The "Ruiling Cloud" energy management platform, based on BIM technology, monitors energy data in real-time, optimizing energy usage and maximizing green electricity benefits [3] Group 4: Future Prospects - The zero-carbon building has received national certification and is part of the "14th Five-Year" national key research and development plan [3] - The "Ruiling Cloud" platform is currently in version 1.0 and will be continuously optimized with data from other projects, enhancing decision-making capabilities in energy management for the civil aviation sector [3]

Group 1 - The article emphasizes the importance of "zero carbon" technology in the development of green buildings, highlighting the role of environmentally friendly refrigerants like CO₂ as a key support [1][3] - PROFROID, a leading brand in CO₂ refrigerant application technology, has a strong presence in the market with over 100 core patents and is recognized for its innovative solutions in the HVAC industry [3][5] - The CO₂ heat pump water heating solution introduced by PROFROID can deliver hot water at 95℃ even in extreme cold conditions (-40℃), providing a replicable core path for transitioning from "low carbon" to "zero carbon" buildings [1][5] Group 2 - PROFROID's entry into the Chinese market, combined with Haier's local strengths, creates a synergistic effect that enhances green energy solutions to new heights, promoting "full scene, high adaptability, and true zero carbon" [3][5] - The CO₂ heat pump water unit features a Global Warming Potential (GWP) of only 1, showcasing significant environmental performance and breaking traditional limitations of heat pump temperature ranges [5] - The collaboration with international brands like Sam's Club, Lawson, and Metro demonstrates PROFROID's commitment to providing efficient HVAC solutions and its potential for scaling CO₂ technology from "high-end demonstration" to "mass adoption" [3][5]