佛山顺德工业园内，4.7万平方米的厂房屋顶光伏板不再各自为政，它们被一个看不见的"打包商"聚合 成10兆瓦的"商品"，正通过南方区域电力现货市场，寻找最合适的买家。 2025年12月29日，南方区域电力现货市场的交易系统里，出现了第一批"非典型"卖家。来自深圳、佛 山、中山等地的5家虚拟电厂，将总计约33兆瓦的分散电力资源"打包"上架，以"报量报价"的方式参与 竞价。这标志着，一种聚合分布式能源并参与市场化交易的新业态，正式从试点走向真实交易。 红头文件开出"能源团购"绿灯 虚拟电厂这盘棋能下起来，首先是政策棋盘摆好了。2025年3月，国家发展改革委与国家能源局联合印 发《关于加快推进虚拟电厂发展的指导意见》，这份被业内视为"及时雨"的文件，给出了明确的量化目 标和实施路径。 文件的核心目标明确，到2027年，让全国虚拟电厂的调节能力摸到2000万千瓦的门槛;到2030年，则要 翻倍以上，冲击5000万千瓦。这相当于在未来几年内，要通过虚拟电厂的形式，聚合起数以万计分布式 电源的潜力。 政策清晰地定义了虚拟电厂的身份——它不是实体电厂，而是一个基于数字技术的"资源聚合商"和"市 场服务商"。它的任务是把海量、 ...

Core Insights - The emergence of virtual power plants (VPPs) marks a significant shift in the energy market, allowing decentralized power resources to participate in spot market trading, with the first batch of atypical sellers aggregating approximately 33 megawatts of distributed power resources [1][2] - The Chinese government has set clear policy guidelines to promote the development of VPPs, aiming for a regulation capacity of 20 million kilowatts by 2027 and over 50 million kilowatts by 2030 [1][2] Group 1: Virtual Power Plant Development - VPPs are defined as digital resource aggregators and market service providers, integrating fragmented power resources into a unified trading entity [2] - By the end of 2025, over 200 VPP aggregators have emerged across China, with Guangdong, Beijing, and Jiangsu being the most active regions [2] Group 2: Technological and Market Dynamics - The core technology of VPPs involves creating digital connections between previously isolated energy resources, enhancing their market participation [3] - The "Yue Neng Tuo" platform has shown that distributed solar users can increase their annual revenue by 6%-7% by participating in VPP trading [3] Group 3: Market Participation and Competition - A diverse range of players, including traditional energy giants and private enterprises, are entering the VPP market, with 47 approved operators in Guangdong alone by December 2025 [4][5] - Private companies are becoming the main force in VPP investment and operation, particularly in market-oriented regions like Shenzhen [5] Group 4: Local Government Initiatives - Local governments are actively supporting VPP development through financial incentives and innovative models, such as energy management combined with VPPs [5] - Successful aggregation of resources, such as charging stations, has demonstrated the potential for significant revenue generation for participants [5] Group 5: Market Transformation - The entry of VPPs into the market signifies a transformation in the electricity trading unit from large power plants to individual rooftops and charging stations, activating the "capillaries" of the power system [5][6] - This change deepens the commodity nature of electricity and further segments the market, allowing micro-resources to generate additional revenue while reshaping traditional power system structures [6]

Core Insights - The emergence of virtual power plants (VPPs) marks a significant shift in the energy market, allowing decentralized energy resources to be aggregated and traded as a single entity [2][3][6] Group 1: Virtual Power Plant Development - The first batch of "atypical" sellers in the Southern region electricity spot market includes five virtual power plants aggregating approximately 33 megawatts of distributed energy resources [1] - A policy document issued in March 2025 sets clear targets for VPP development, aiming for a regulation capacity of 20 million kilowatts by 2027 and over 50 million kilowatts by 2030 [2] - The VPP is defined as a digital resource aggregator and market service provider, transforming fragmented energy resources into tradable electricity products [2][6] Group 2: Technological and Economic Impact - The core technology of VPPs involves creating digital connections between previously isolated energy sources, enhancing their market participation [3] - Initial estimates suggest that users participating in VPP transactions could see annual revenue increases of 6%-7% [3] - The aggregation of distributed resources allows for better pricing and market access, akin to selling bulk products in a branded store [3] Group 3: Market Participation and Competition - As of December 2025, there are 47 approved VPP operators in Guangdong, indicating a diverse mix of participants, including traditional energy giants and agile private enterprises [4][5] - Private companies are becoming the main players in VPP investment and operation, particularly in market-oriented regions like Shenzhen [5] - Local governments are actively supporting VPP initiatives with financial incentives and innovative models to encourage participation [5] Group 4: Market Transformation - The entry of VPPs into the market signifies a shift from large power generation units to individual energy resources, activating the "capillaries" of the electricity system [5][6] - This transformation deepens the commodity nature of electricity and further segments the market, allowing micro-resources to generate additional revenue while reshaping traditional power system dynamics [6]