中新网呼和浩特2月12日电 题：探访中国首台百万级 "双抽" 机组：一厂暖半城一机保万家 中新网记者 刘文华 2月12日，农历腊月二十五，内蒙古自治区呼和浩特市西部的金山三期2×100万千瓦火电项目厂区内， 巨型冷却塔在寒风中巍然屹立。随着5号机组、6号机组日前圆满完成168小时满负荷试运行，被国家能 源局认定的第五批能源领域首台(套)重大技术装备——"1000MW级高效灵活超大流量双抽热电联产机 组"正式投产，标志着中国首台(套)百万千瓦级最大双抽热电联产机组完全投入商业运营。 这座总投资76.93亿元的能源"巨无霸"，如何实现一厂暖半城、一机保万家？春节前夕，中新网记者走 进厂区，探寻这里的"温暖账"与"生态账"。 "双抽"解密：是发电，更是热能调配师 "普通的火电机组像是一个专注烧开水的锅炉，而我们这台机组像是一个顶级大厨，在做出一桌'主 菜'发电的同时，还能熬出一锅高品质的'高汤'(蒸汽)，既能用于城市供暖，也能用于工业供汽。"内蒙 古能源集团金山第三热电有限公司设备部(工程部)部长沈庆东打了个形象的比方。 沈庆东介绍，金山三期不仅能为呼和浩特提供集中式大范围供热的能力，提升居民生活的舒适度和环保 水 ...

Core Viewpoint - The successful operation of the 5th unit of the Jinshan Thermal Power Plant marks a significant milestone in energy supply and economic development for Inner Mongolia, with a focus on high-efficiency and innovative technology [1] Group 1: Project Overview - The 5th unit of the Jinshan Thermal Power Plant has completed a 168-hour full-load trial run and has officially entered commercial operation [1] - The project is a key initiative for energy supply and public welfare in Inner Mongolia, with an expected annual power generation of 10 billion kilowatt-hours and an additional heating capacity of 50 million square meters [1] Group 2: Economic Impact - The project supports the "West Heat East Transfer" initiative in Hohhot, contributing to public welfare, job stability, and regional economic development [1] - The successful operation of the project is expected to enhance energy supply security and provide a strong foundation for the high-quality development of Inner Mongolia Energy Group [1] Group 3: Technological Innovation - The project incorporates advanced designs and innovative technologies, achieving core performance indicators that exceed design requirements and are at the leading level among similar units [1] - The "1000MW high-efficiency flexible ultra-large flow double extraction combined heat and power unit" has been recognized as a major technological equipment by the National Energy Administration [1] Group 4: Future Plans - The Jinshan Third Thermal Power Company will focus on improving the operational efficiency and safety of the units, maximizing their power generation and heating capabilities [1]