Core Viewpoint - The Ministry of Industry and Information Technology (MIIT) is promoting electricity demand-side management in the industrial sector by collecting typical case studies nationwide, with 34 companies and 30 products/technologies proposed for inclusion in the "National Typical Cases of Electricity Demand-Side Management in the Industrial Sector (2025)" list [1][4]. Summary by Sections Case Collection and Evaluation - The MIIT has initiated a nationwide collection of typical cases for electricity demand-side management in the industrial sector, involving preliminary reviews by local authorities and expert evaluations by the China Electricity Council [4]. Proposed Companies and Technologies - A total of 34 companies and 30 products/technologies are proposed for inclusion in the 2025 list, showcasing various management and technical measures aimed at improving energy efficiency and reducing electricity consumption [4][5]. Implementation Results - Companies like Hebei Changan Automobile reported direct electricity savings of 13.45 million yuan in 2024 through various energy efficiency measures, including upgrading distribution networks and promoting the use of electric vehicles [6]. - Jilin Linglong Tire achieved a direct electricity savings of 9.31 million kWh in 2024 by improving power factor and utilizing distributed solar power [6]. - Budweiser (Jiamusi) implemented a series of energy optimization measures, resulting in a reduction of 491,900 kWh in electricity consumption in 2024 compared to 2023, alongside a 15% increase in production efficiency [7]. Management and Technical Measures - Companies are establishing dedicated energy management teams and systems to oversee electricity demand-side management, with many implementing advanced technologies such as smart energy management platforms and distributed energy systems [8][9]. - The use of renewable energy sources, such as solar power, is being emphasized, with companies like Jiangdong Hengkang New Materials planning significant solar and energy storage projects to enhance green development [8]. Public Participation and Feedback - The MIIT has opened a public consultation period for stakeholders to provide feedback on the proposed list of companies and technologies, encouraging transparency and community involvement in the electricity demand-side management initiative [4].

Core Insights - The 2025 Power Demand Side Management Innovation Conference and Virtual Power Plant Construction Practice Exchange was successfully held in Suzhou, focusing on innovative practices in demand-side management to promote coordinated development of power supply and demand [1][5] - The conference aimed to explore adjustable resources on the demand side of electricity and promote the development of new business entities for virtual power plants, contributing to the construction of a new power system [1][5] Group 1: Key Contributions and Statements - Yu Chongde, Vice Chairman of the China Electricity Council, emphasized the essential role of demand-side management in the construction of a new power system, highlighting the integration of digital technology and electricity technology as a driver for innovation in service concepts and business models [3] - He outlined four key areas for demand-side management: establishing the status of virtual power plants as new market entities, integrating digital and electricity technologies, innovating business models and green value transmission mechanisms, and promoting practical experiences in virtual power plants [3] - Zhu Zhang from the Ministry of Industry and Information Technology noted the importance of demand-side management in achieving the national "dual carbon" strategy, focusing on energy efficiency, digital transformation, and innovative participation mechanisms [4] Group 2: Conference Outcomes and Participation - The conference featured the release of the first batch of research results on adjustable load resources in the industrial sector, along with specialized meetings on virtual power plant innovation and demand-side resource development [5] - Nearly 300 representatives from government departments, power companies, industrial enterprises, research institutions, and industry associations participated in the conference, indicating strong industry engagement [5]

Core Viewpoint - The article discusses the implementation plan for electricity demand-side management in Zhejiang Province for the summer peak of 2025, emphasizing the encouragement of virtual power plants and user-side energy storage to participate in demand response [1][8]. Group 1: Implementation Measures - The plan aims to achieve a balance between supply and demand by encouraging virtual power plants to participate in demand response, targeting a load adjustment capacity of 1 million kilowatts [1][10]. - Demand response measures will be implemented based on a "one-time declaration, rolling cycle, and day-ahead invocation" principle, with a goal of achieving a maximum agreed response capacity of 6 million kilowatts [1][10]. - The plan includes optimizing resource management by ensuring the availability of signed load management resources and conducting detailed studies on load characteristics in various industrial sectors [1][13]. Group 2: Incentive Policies - The plan proposes to improve the market-based bidding mechanism for demand response, prioritizing provincial subsidies through time-of-use surplus expenditures [2][12]. - New incentive mechanisms will be introduced for virtual power plants and other new market entities to maximize their adjustment capabilities [2][12]. Group 3: Subsidy Price Scheme - A detailed subsidy price scheme for various response types is outlined, including tiered subsidies based on response load and capacity [3][51]. - The subsidy structure includes both capacity and energy subsidies, with specific rates for different response types, such as 1 yuan per kilowatt per month for capacity and 4 yuan per kilowatt-hour for energy during peak periods [51][52]. Group 4: Load Management Goals - The overall load management goals for the province include achieving 200,000 kilowatts for air conditioning load control, 300,000 kilowatts for peak shaving, and 600,000 kilowatts for demand response [14][15]. - Each city within the province has specific targets for load management, contributing to the overall provincial goals [15].