S Shanghai Services Federation 上海现代服务业联合会 荣续智库 零碳物流园区发展白皮书 摘要 零碳物流园区，不仅是现代物流体系升级的必然选择，更是企业践行ESG理念、城市实现可持续发展的重要支点。它以技术 创新为引擎，以政策标准为框架，将低碳基因融入仓储、运输、管理的每一个环节，重新定义着物流基础设施的生态价值。 本白皮书深耕零碳物流园区的发展脉络、技术路径与实践案例，愿为行业破局提供思路。 PREFACE ANALYST 前言 研究员 作为物流网络的核心节点，物流园区承载着货物集散、仓储管理、 孙旭灿 CFAESG证书：102257287 信息交互等关键功能，其碳排放强度直接影响着产业链的绿色水平。 近年来，中国物流园区数量已突破2500家，但传统园区"重规模、 轻低碳"的发展模式与生态环境保护的矛盾日益尖锐，零碳转型成 国际通用ESG高级分析师：SH7514FBA0189 为破解资源环境约束、提升行业竞争力的核心路径。 从全球视角看，零碳物流园区建设已形成多元探索格局。欧盟通过 吴虹静 高级注册ESG分析师：23RZQLKC003184A "绿色新政"推动物流设施能源结构转型 ...

随着我国新能源产业进入全面市场化转型的关键阶段，光伏作为清洁能源的重要力量，已彻底告别传统 兜底收购的舒适区，全面融入电力市场体系。在此过程中，一个显著现象引发行业广泛关注：光伏项目 结算价格呈现出从几分钱到几毛钱的巨大差距，不少业主对此心存疑虑，担忧价格波动影响项目回报， 质疑市场化改革的合理性。事实上，这种结算价格差异并非行业乱象，而是市场化配置资源的必然结 果，是光伏产业从无序扩张向高质量发展转型的重要信号。市场化浪潮虽对部分分布式光伏的短期收益 造成冲击，但也倒逼行业创新，催生配储、虚拟电厂等新型发展模式，为产业长期健康发展打开了新空 间。面对不可逆转的市场化趋势，分布式光伏业主唯有转变经营观念、提升专业能力，才能在变革中实 现可持续收益，把握产业发展的新机遇。 结算价格分化是市场化的必然结果，倒逼产业提质增效 专业化经营是分布式光伏的唯一出路 新能源全面参与电力市场交易已成为不可逆转的制度方向，对于分布式业主而言，面临两种现实选择： 一是具备足够资本实力，能够承受短期负电费亏损，将分布式项目定位为企业绿证获取、碳中和履约或 品牌形象建设的工具；二是彻底转变经营观念，主动学习市场规则、参与经营决策，通 ...

来源：市场资讯 （来源：光伏见闻） 美国电网正迎来历史性扩张，项目开发商与电网运营商已着手筹备，2026年预计将有86GW集中式发电装机并网，其中光伏占比高达51%。据美国能源信 息署（EIA）2026年2月《电力月报》显示，这一新增规模创下2002年以来年度最高纪录，较2025年的53GW几乎翻倍。 2026年美国计划新增集中式光伏装机43.4GW，较2025年创下纪录的27.2GW同比大增60%，若所有项目如期落地，这将是美国光伏装机连续第三年刷新历 史纪录。从区域布局上看，得克萨斯州依旧是光伏发展的核心腹地，全美规划新建的集中式光伏装机中，约40%（17.4GW）集中在这里，亚利桑那州和 加利福尼亚州紧随其后，各占全国总量的6%左右。其中，位于得克萨斯州纳瓦罗县的Tehuacana Creek 1光伏电站，预计今年内投产，规模达837MW，配 套418MW储能，成为2026年美国投产规模最大的光伏相关项目，也是本轮光伏增长的标志性项目。 作为美国增长最快的电源类型，集中式光伏的发电量也将持续攀升。EIA在《短期能源展望》中预计，其发电量将从2025年的2900亿KWh，逐步提升至 2027年的4240亿 ...

炒股就看金麒麟分析师研报，权威，专业，及时，全面，助您挖掘潜力主题机会！ 来源：A光伏组件逆变器储能全国批发 责任编辑：何俊熹 责任编辑：何俊熹 炒股就看金麒麟分析师研报，权威，专业，及时，全面，助您挖掘潜力主题机会！ 来源：A光伏组件逆变器储能全国批发 ...

Core Viewpoint - The article discusses the implementation of a market-based pricing mechanism for renewable energy in Shandong, effective from January 1, 2026, where the grid connection price will fluctuate based on market transactions instead of being fixed, alongside the establishment of a price difference settlement mechanism [21]. Group 1: Market Participation - Participants can enter the market through independent or aggregated trading methods, requiring registration with the Shandong Electric Power Trading Center for independent or aggregated entry, while unregistered participants will default to accepting market prices [22]. - The grid connection fee for distributed renewable energy will consist of market-based electricity fees and mechanism price difference fees [22]. Group 2: Pricing Mechanism - The market-based electricity fee will be determined by the real-time market price, which is influenced by geographical location, climate, and supply-demand relationships, with prices varying across different cities for similar projects [3][23]. - The real-time market price is calculated every 15 minutes, and the electricity generation is recorded every 15 minutes [24][26]. Group 3: Mechanism Price Difference - A price difference settlement mechanism will be established outside the market, calculating the mechanism price difference fee based on the difference between the mechanism price and the settlement reference price [29]. - The mechanism price difference fee is defined as: Mechanism Price Difference Fee = Mechanism Quantity × (Mechanism Price - Settlement Reference Price) [29]. Group 4: Pricing for Existing and New Projects - For projects commissioned before June 1, 2025, the mechanism price is set at 0.3949 yuan per kilowatt-hour, while the pricing for projects commissioned on or after June 1, 2025, will follow the bidding results published by the provincial development and reform commission [31][30]. - Self-consumed electricity and cross-province electricity transfers will not be included in the mechanism fee settlement [32]. Group 5: Calculation of Grid Connection Fees - The grid connection fee is calculated as follows: Grid Connection Fee = Market-Based Electricity Fee + Mechanism Price Difference Fee, where the market-based electricity fee includes energy fees and market operation fees [34]. - The market operation fee is based on the monthly measured deviation costs, shared among all power generation enterprises and commercial users connected to the Shandong grid [26]. Group 6: Policy Implications - Renewable energy projects benefiting from national renewable energy subsidies will continue to follow the original subsidy standards and settlement methods [38]. - Distributed photovoltaic enterprises are encouraged to study the new policies for full market entry and adjust their production strategies to enhance revenue levels [38].

Core Viewpoint - Zhuhai Port has been actively expanding its business through acquisitions and investments in various sectors, including renewable energy projects [2] Group 1: Acquisitions and Investments - The company has acquired the Hong Kong-listed company Xinghua Port and privatized it [2] - It has also gained control over the Shenzhen-listed company Xiouqiang Shares [2] - The company holds a stake in the Hong Kong-listed Tianlun Gas and has acquired the controlling interest in its parent company, Qihong Dock [2] Group 2: Business Expansion in Renewable Energy - Zhuhai Port is actively investing in offshore wind power, distributed photovoltaic, and photovoltaic building integration projects [2] Group 3: Financial Reporting and Compliance - The company conducts annual goodwill assessments and tests in accordance with enterprise accounting standards [2] - It strictly adheres to relevant regulations for external disclosures [2]

Core Viewpoint - Suzhou High-tech (600736) is optimizing its capital structure through a debt-to-equity swap and is expanding into the renewable energy sector by establishing a joint venture [1][2][3] Group 1: Capital Structure Optimization - The company plans to increase its investment in its controlling subsidiary, Changzhou Xinjunjie Real Estate Development Co., Ltd., by 780 million yuan through a debt-to-equity swap, aimed at optimizing the subsidiary's capital structure and reducing its debt-to-asset ratio [2] - Following this capital increase, the registered capital of Xinjunjie will rise to 1.32 billion yuan, while Suzhou High-tech will maintain a 60% indirect ownership stake [2] Group 2: Business Development in Renewable Energy - Suzhou High-tech announced the establishment of a joint venture, Suzhou High-tech Aiton New Energy Development Co., Ltd., in collaboration with other parties, focusing on distributed photovoltaic and energy storage projects [3] - The registered capital of the joint venture is set at 80 million yuan, with Suzhou High-tech holding a 60% stake, marking a strategic move towards transitioning into the green low-carbon industry [3]

Core Viewpoint - The development of distributed energy is emphasized as a crucial component of the new energy system, which is significant for optimizing energy structure, promoting energy conservation and emission reduction, and advancing sustainable economic and social development [1][2]. Group 1: Considerations for Development - The deployment of distributed energy aims to better promote carbon peak and carbon neutrality, as it aligns with the resource and technical characteristics of renewable energy, leading to significant carbon reduction effects [2]. - It addresses the energy needs of the public by providing flexible energy solutions that can cater to various scenarios, especially in remote areas and for users with high energy stability requirements [2]. - The development enhances energy security by increasing the supply of clean energy and reducing reliance on large energy systems, while also serving as backup and peak-shaving resources [2]. - It encourages social investment and the growth of related industries due to its smaller project scale and lower investment thresholds compared to large energy projects [2]. Group 2: Key Focus Areas for Development - The construction of zero-carbon parks is prioritized, integrating various energy sources to meet diverse energy demands [3]. - The promotion of zero-carbon rural development through distributed solar and wind energy projects is emphasized [3]. - The integration of photovoltaic systems into buildings is encouraged, utilizing existing structures for energy generation [3]. - The fusion of clean energy with transportation is highlighted, aiming to develop charging and hydrogen stations along transportation routes [3]. - The rational layout of distributed natural gas energy stations is recommended to support power system stability [3]. Group 3: Cautions for High-Quality Development - There is a need to prevent blind expansion of scale by carefully planning the development and layout of distributed energy [4]. - Attention must be paid to ensuring adequate supporting infrastructure, such as distribution networks and microgrids, to enhance the capacity for renewable energy [4]. - Fair competition must be maintained by regulating the development and management of distributed photovoltaic energy, optimizing the business environment, and establishing a sound market transaction mechanism [4].

Core Viewpoint - The development of distributed energy is emphasized as a crucial component of the new energy system, aimed at optimizing energy structure, promoting energy conservation and emission reduction, and advancing sustainable economic and social development [1][2]. Group 1: Considerations for Development - The deployment of distributed energy is aimed at better achieving carbon peak and carbon neutrality, as it aligns with the resource and technical characteristics of renewable energy [2]. - It addresses the diverse energy needs of the population through flexible operational modes, particularly benefiting remote areas and high-demand users like hospitals and industrial parks [2]. - The development enhances energy security by increasing clean energy supply and reducing reliance on large energy systems [2]. - It stimulates social investment and related industry growth due to lower investment thresholds and diverse application scenarios [2]. Group 2: Key Development Areas - Focus on constructing zero-carbon parks that integrate various energy sources to meet diverse energy demands [3]. - Promote zero-carbon rural development through distributed solar and wind energy projects [3]. - Advance building-integrated photovoltaics by retrofitting existing structures and incorporating solar systems in new constructions [3]. - Strengthen the integration of clean energy with transportation by developing charging and hydrogen stations along transport routes [3]. - Strategically build distributed natural gas energy stations to support peak shaving and backup needs [3]. Group 3: Cautions for High-Quality Development - Avoid blind expansion of scale by carefully planning the development scale and layout of distributed energy [4]. - Ensure adequate supporting infrastructure by scientifically constructing distribution networks and enhancing the capacity for renewable energy [4]. - Prevent unfair competition by regulating the development and management of distributed solar energy, fostering a fair market environment [4].

Core Viewpoint - The development of distributed energy is emphasized as a crucial component of the new energy system, aimed at optimizing energy structure, promoting energy conservation and emission reduction, and advancing sustainable economic and social development [1] Group 1: Considerations for Development - The deployment of distributed energy is aimed at better achieving carbon peak and carbon neutrality, as it aligns with the resource and technical characteristics of renewable energy [2] - It addresses the diverse energy needs of the population through flexible operational modes, particularly benefiting remote areas and high-demand users like hospitals and industrial parks [2] - The development enhances energy security by increasing clean energy supply and reducing reliance on large energy systems [2] - It stimulates social investment and related industry growth due to lower investment thresholds and diverse application scenarios [2] Group 2: Key Development Areas - Focus on constructing zero-carbon parks that integrate various energy sources to meet diverse energy demands [3] - Promote zero-carbon rural development through distributed solar and wind energy projects [3] - Encourage building-integrated photovoltaics in new and existing structures to utilize available space for energy generation [3] - Foster the integration of clean energy with transportation infrastructure to meet energy needs for electric and hydrogen vehicles [3] - Strategically develop distributed natural gas energy stations to support power system stability [3] Group 3: Quality Development Precautions - Avoid blind expansion of scale by dynamically adjusting development plans based on actual needs [4] - Ensure adequate support systems are in place, including the construction of distribution networks and microgrids [4] - Prevent unfair competition by regulating the development and management of distributed solar energy, ensuring a fair market environment [4]