Group 1: Green Hydrogen and Coal Chemical Integration - The system successfully addresses the core contradiction between the intermittent and volatile nature of wind and solar power generation and the continuous stable production of hydrogen from coal chemical processes [1] - A multi-time scale control mechanism has been established to accurately smooth out fluctuations in wind and solar output and flexibly adapt hydrogen production loads, ensuring continuity in hydrogen production under high proportions of renewable energy [1] - The system utilizes laser wind radar and all-sky instruments combined with machine learning technology to achieve second-level wind and solar power forecasting with an accuracy exceeding 95% [1] Group 2: High-Efficiency Dual Extraction Thermal Power Generation - The 1000MW dual extraction thermal power generation unit is the first of its kind in China, designed to reduce coal consumption to 278.5 grams per kilowatt-hour, which is a reduction of 23 grams compared to conventional ultra-supercritical air-cooled units [2] - This unit can save approximately 115,000 tons of standard coal annually and reduce carbon emissions by 30.59 tons [2] - The maximum industrial steam extraction capacity of the unit is 600 tons per hour, providing a significant solution for centralized thermal power supply in industrial parks and urban residential users [2] Group 3: Grid-Based Pure Renewable Energy Systems - The construction and demonstration of this system break the traditional reliance on conventional rotating units, validating the correctness of grid-based energy storage technology for large-scale grid operations [3] - It opens new application scenarios for grid-based energy storage technology, enhancing grid short-circuit capacity, improving system inertia, and optimizing frequency and voltage control [3] - The system supports the development of clean energy consumption and explores new pathways for the renewable energy industry, contributing to the national "dual carbon" goals [3] Group 4: Intelligent Reactive Power Transformer - The 66kV magnetic-controlled intelligent reactive power transformer combines controllable reactors with transformers, effectively addressing the challenges of reactive power balance and voltage stability after large-scale renewable energy integration [4] - This transformer can quickly respond to reactive power changes from renewable generation, providing stable reactive support for grid integration [4] - It promotes the optimization and transformation of the energy structure [4] Group 5: Green Power Station Demonstration Project - The project achieves intelligent coordinated operation of high-proportion energy storage and wind-solar renewable energy, ensuring reliable energy supply and promoting the development of the "new energy + energy storage" model [5] - It features a storage system that accounts for approximately 30% of the total installed capacity of wind and solar, making it the largest integrated wind-solar storage power station under construction globally [5] - The project includes a digital management system that enhances the digital intelligence level of wind-solar storage stations [5]

中央纪委国家监委网站 初英杰 中国大唐多伦15万千瓦风光储制氢一体化示范项目制氢电站内的氢气缓冲罐。受访单位供图 风力发电机组的叶片悠悠转动，光伏板在阳光下熠熠生辉。在内蒙古自治区锡林郭勒盟多伦县，广袤的大草 原上有着无限"风光"。我国首个绿氢耦合煤化工示范项目——中国大唐多伦15万千瓦风光储制氢一体化示范 项目就坐落在这里。 中国大唐多伦15万千瓦风光储制氢一体化示范项目的风力发电机组和光伏板。受访单位供图 依托内蒙古得天独厚的风光资源，该项目运用"绿电制绿氢"技术，将新能源与传统煤化工紧密相连，形成了 可复制推广的氢能产业集聚发展样板，成功入选国家能源局能源领域氢能试点（第一批）名单。 2025年11月19日，大唐米家营制氢风光储电站外景。受访单位供图 制氢电站车间内景。受访单位供图 2025年9月10日，制氢电站职工在巡检设备。 受访单位供图 制氢端是指大唐米家营制氢电站，共建有13台碱性电解液制氢设备即电解槽，其中有一台制氢规模为每小时 2000标方（气体流量计量单位），是我国风光制氢行业首台（套）大容量电解槽。在这里，由绿电所制的绿 氢可实现"隔墙供氢"，经管道直接送往附近的煤化工生产线，在那里替代 ...