文 | 湖北省发展和改革委员会 8月2 0日，湖北省能源局关于《湖北省分布式光伏发电开发建设管理实施细则（征求意见 稿）》 公开征求意见的公告发布。 【征集意见】省能源局关于《湖北省分布式光伏发电开发建设管理实施细则（征求意见稿）》 公开征 求意见的公告 根 据 国 家 能 源 局 《 分 布 式 光 伏 发 电 开 发 建 设 管 理 办 法 》 （ 国 能 发 新 能 规 〔 2025 〕 7 号）要求，结合湖北省实际，省能源局研究起草了《湖北省分布式光伏发电开发建设管理 实施细则（公开征求意见稿）》，现向社会公开征求意见。 文件适用于省内分布式光伏发电开发建设管理。各类电力用户、投资企业、专业化合同能 源服务公司、自然人均可依法依规投资和经营分布式光伏发电项目。 一般工商业分布式光伏的建设场所属于公共机构的，其上网电量可根据实际情况灵活确 定。属于工商业厂房的，其年度自发自用电量原则上不低于年度发电量的5 0%。 鼓励项 目单位通过光储协同、柔性负荷调度等方式提高自发自用比例。 大型工商业分布式光伏可采用自发自用余电上网模式参与现货市场，其他分布式光伏发电 项目上网电量原则上全部进入电力市场，具体按照国 ...

浙江沪杭甬(00576)发布截至2025年6月30日止6个月中期业绩，集团收益与2024年同期相比增长3.8%， 为人民币86.85亿元;归属于公司拥有人溢利为人民币27.87亿元，同比增长4.0%;基本每股盈利为人民币 46.51分，同比增长4.0%，摊薄每股盈利为人民币46.51分，同比增长5.6%。 回顾2025年上半年，集团坚定战略方向，积极应对复杂环境，充分发挥高速公路主业资源优势，在路网 运营、投资并购、产业转型、科技创新方面取得了阶段性成效。 稳步实施主业投资并购。有序推进甬金高速金华段和绍兴段、乍嘉苏高速改扩建项目施工进程;成功中 标甬舟高速复线(二期)项目，强化区域路网协同效应;完成沪杭甬高速改扩建工程可行性研究招标并全面 启动工可研究，提前布局路网扩容规划。于本期间内，通过合营投资平台收购桂三高速(135公里)51%股 权，桂三高速地理位置优越，是川渝、云贵地区前往珠三角的主要通道之一，亦是着名的旅游线路，该 收购进一步拓展了集团区域战略布局。 加快布局绿色低碳产业。融合DeepSeek等系列AI大模型加速升级智慧高速，开展无人机预警巡检等前 瞻技术研究，智慧保畅更显成效。甬金高速嵊州服务 ...

证券代码： 600063 证券简称：皖维高新 公告编号：2025-042 安徽皖维高新材料有限公司 关于投资新建分布式光伏发电项目的公告 本公司董事会及全体董事保证本公告内容不存在任何虚假记 载、误导性陈述或者重大遗漏，并对其内容的真实性、准确性和 完整性承担法律责任。 重要内容提示： ●投资标的名称：分布式光伏发电项目（以下简称"本项目"或"项目"）。 ●投资金额：本项目总投资 5,537.87 万元。 ●相关风险提示：本次投资新项目,可能存在因市场情况变化导致新业务开 展不顺利,造成公司投资损失的风险。项目运营期间存在国家产业、税收以及电 价政策变化的风险。 一、对外投资概述 （一）对外投资基本情况 光伏发电作为一种清洁、可再生能源，在工业园区的应用前景广 阔，不仅有助于降低企业的运营成本，还能显著减少碳排放。2025 年 5 月 21 日，国家发展改革委、国家能源局发布《关于有序推动绿 电直连发展有关事项的通知》 （发改能源〔2025〕650 号） ，探索创新 新能源生产和消费融合发展模式，促进新能源就近就地消纳，更好地 满足企业绿色用能需求。该《通知》明确"绿电直连"为新能源不经 公共电网、通过专线向 ...

Group 1: Summer Economic Activities - The demand for cooling solutions is rising during the summer heat, leading to new consumption trends that invigorate the summer economy [1] - Indoor ski resorts, such as the one in Dujiangyan, Sichuan, attract nearly 5,000 visitors daily, highlighting the popularity of summer leisure activities [2] - Water parks in Gaoqing County, Shandong, are experiencing increased electricity loads due to high-capacity amusement equipment, necessitating proactive electrical safety measures [2] Group 2: Beverage Production Expansion - Tianjin Wahaha Hongzhen Beverage Co. is expanding its production capacity by adding two production lines and 60 electrical devices, increasing its electricity demand [3] - In Chengdu, breweries like Jin Xing Beer and Qingdao Beer are operating at full capacity, with measures in place to ensure uninterrupted power supply during peak production [3] Group 3: Night Economy Initiatives - Various regions are promoting night tourism activities, such as immersive night tours in Shanxi, which require reliable electricity supply for successful execution [4] - The State Grid in Yuncheng has formed teams to ensure electrical safety for night events, deploying emergency power vehicles and conducting inspections [4] Group 4: Electric Vehicle Charging Infrastructure - The usage frequency and charging volume at the Yujia Fortress dual-carbon innovation charging station in Tianjin have significantly increased due to higher air conditioning usage [5] - The rise of electric vehicles is influencing tourists' choices of accommodations, with charging station availability becoming a key consideration [5][6]

Core Viewpoint - The Shanghai Hongkou District Development and Reform Commission has announced a subsidy application for distributed photovoltaic power generation projects for 2025, aiming to promote renewable energy adoption in the region [1] Group 1: Subsidy Details - Projects that are included in the district's distributed photovoltaic power generation scale management and have completed grid connection acceptance will receive a subsidy of up to 1200 RMB per kilowatt based on their grid connection scale and power generation capacity [1] - For demonstration pilot projects, BIPV projects, and projects with a grid connection scale of 50 kilowatts or below, the subsidy can reach up to 1500 RMB per kilowatt [1] - The maximum subsidy for a single project can reach 1 million RMB [1]

Group 1 - Guangzhou has built a total installed capacity of distributed photovoltaic power generation projects amounting to 3.4987 million kilowatts, which is more than five times the amount at the beginning of the 14th Five-Year Plan [1] - The city is promoting green building and high-quality development in the construction sector through various activities, including on-site observation, training, thematic promotion, and exhibitions [1] - In 2024, the proportion of newly started high-star green buildings in civil construction is expected to reach 72%, an increase of 12% year-on-year [1] Group 2 - The renovation of venues for the 15th National Games fully implements green building standards, with Tianhe Sports Center being transformed into the first near-zero carbon large sports venue in the country [2] - Guangzhou has established a system for promoting the use of green building materials in government-funded civil construction projects, with 428 companies receiving green building material certification [2] - The Metro Design Building is a benchmark project in intelligent construction and green building, achieving a comprehensive energy-saving rate of 61.56% and passing near-zero energy building and green building three-star design certification [2]

Core Viewpoint - The project represents a significant advancement in the integration of distributed photovoltaic (PV) systems along highways in Shanxi Province, showcasing innovative approaches to utilizing idle spaces for renewable energy generation [1][3][7]. Group 1: Project Overview - The Shanxi Provincial Highway 200MW distributed photovoltaic project is the first large-scale distributed PV project in the transportation sector of the province, with a total installed capacity of 49.95MW and a construction area of 599,300 square meters [1]. - The project successfully revitalizes 64 idle spaces along the highway, installing 92,873 high-efficiency monocrystalline PV modules [3]. Group 2: Technological Innovations - The project team implemented several digital technologies to overcome operational challenges, including the integration of MPPT technology, which improved power generation efficiency by 8% [5]. - A 4G cloud monitoring system was deployed to enhance operational efficiency by enabling real-time monitoring and intelligent fault warning across 55 distributed sites [5]. Group 3: Construction Techniques - The team developed an L-shaped modular rooftop material lifting system, increasing lifting efficiency by 80% and reducing operational time by 65% [6]. - The project utilized PVsyst software for energy yield simulation and system optimization, enhancing the durability and efficiency of the PV system [6]. Group 4: Environmental Impact - The project employs a "self-consumption and surplus electricity grid connection" model, ensuring energy security for highway facilities while generating additional revenue from surplus electricity [7]. - Once fully operational, the project is expected to generate 72 million kilowatt-hours annually, reducing coal consumption by 24,000 tons and CO2 emissions by 71,800 tons, equivalent to planting 4 million trees [7].

Group 1: Distributed Solar Power Project - A distributed solar power project with a capacity of 465 kWp has been connected to the grid in Shaanxi, marking a breakthrough in the application of "solar + mining" clean energy [1] - The project, invested and constructed by Shaanxi Distributed Energy Co., Ltd., aims to support the national strategy of "carbon peak and carbon neutrality" and promote the green transformation of traditional mining [1] - The project is expected to generate an average annual electricity output of approximately 440,000 kWh, significantly reducing the reliance on traditional fossil fuels [1] - Environmental benefits include annual reductions of about 352 tons of CO2, 10.56 tons of SO2, and 5.28 tons of NOx emissions [1] Group 2: Ecological Protection and Development Audit - The Shaanxi Provincial Audit Office has initiated a special audit focusing on ecological protection and high-quality development in the Yellow River basin from 2022 to 2024 [2] - The audit will assess the implementation of major ecological environment decisions, including the management of the "Three North" project and biodiversity protection [2] - The audit results are expected to be reported by the end of July, along with recommendations for rectification [2] Group 3: Pollution Reduction and Carbon Emission Control - Xi'an has issued the "Xi'an Pollution Reduction and Carbon Emission Control Collaborative Innovation Pilot 2025 Implementation Measures," outlining 24 key tasks across seven areas [3] - The measures include promoting the use of new energy vehicles, establishing zero-emission logistics fleets, and creating low-carbon public transport systems [3] - The initiative aims to foster multi-level collaborative innovation benchmarks in pollution reduction and carbon emission control, including the establishment of green industrial parks and specialized enterprises [3][4]

Core Viewpoint - The article provides a comprehensive interpretation of the new "Distributed Photovoltaic Power Generation Development and Construction Management Measures" issued by the National Energy Administration, addressing 73 common questions across seven aspects, including definitions, industry management, filing management, construction management, grid access, project operation, and others [1]. Group 1: Definitions and Classifications - Photovoltaic power generation refers to the method of converting solar radiation energy directly into electrical energy using solar cells. Distributed photovoltaic power generation is developed on the user side and connected to the distribution network [20]. - Distributed photovoltaic power generation is classified into four types: natural person household use, non-natural person household use, general commercial, and large commercial [21]. - General commercial distributed photovoltaic refers to projects with a voltage level not exceeding 10 kV and a total capacity generally not exceeding 6 MW. Large commercial distributed photovoltaic projects can connect to higher voltage levels and have larger capacity limits [23][24]. Group 2: Industry Management - The management of distributed photovoltaic projects involves multiple government departments, with the National Energy Administration overseeing national development and provincial energy authorities managing local projects [35]. - Strict prohibitions are in place to ensure fair participation in the development of distributed photovoltaic projects, including respecting property rights and preventing monopolistic practices [21]. Group 3: Filing Management - For natural person household distributed photovoltaic projects, individuals can choose to file through the grid company or file independently, with specific documentation required [41]. - Non-natural person household distributed photovoltaic projects must be filed by the investment entity, and they cannot be filed under a natural person's name [42]. - Projects can only be merged for filing if they meet specific criteria, while commercial distributed photovoltaic projects cannot be merged for filing [45]. Group 4: Construction Management - Projects utilizing idle land attached to buildings within the same land boundary can be constructed without land approval [52]. - The construction standards for household distributed photovoltaic projects must comply with local regulations regarding safety and structural integrity [53]. Group 5: Grid Access - The filing entity is the applicant for grid access, and the process includes submitting a connection intention, system design, and undergoing grid connection verification [59]. - The provincial energy authority is responsible for assessing the grid connection capacity for distributed photovoltaic projects [60].