如果说供热管家是温暖输送的"神经末梢"，那么分布于城市各处的智慧热力站便是供热系统的"智慧心 脏"。在热电公司东北郊第二供热服务中心林枫馨苑热力站，站内设备井然有序，各类仪表指针平稳。 这是一座基本无人值守的智慧热力站，通过高清摄像头、压力传感器、流量计等物联网设备，运行参数 24小时实时回传至调度指挥平台，巡检人员定期扫码入站巡查。系统一旦监测到参数异常，便会自动触 发报警，维修人员将在第一时间接到指令，精准定位、迅速处置。 本报讯（记者 雷风雨）上周末，大风降温天气影响我市。记者从市城市管理委获悉，全市供热系统全 面启动应对机制，依托"智慧大脑"精准调控与千余名供热管家一线巡检相结合，全力保障热流稳定入 户，确保市民家中"不降温"。 上周五，在红桥区清源楼小区，天津能源集团津安热电公司红桥北供热服务中心的供热管家岳小棚像往 常一样开始巡检。走到单元门前，他先掏出手机打开小程序，通过蓝牙连接上安装在管道井内的数据采 集盒，供水温度、回水温度、实时流量等数据清晰地呈现在手机屏幕上。"每栋楼、每个楼门的供回水 数据都要查看，必须保证热力均衡。"岳小棚一边记录数据，一边走向二楼居民李大爷的家。这是他 的"重点关照 ...

Core Viewpoint - The article discusses the early heating measures taken by various northern cities in China due to an early onset of winter, highlighting the government's proactive response to meet citizens' heating needs and the implementation of new technologies for efficient heating management [1][3][18]. Group 1: Early Heating Measures - Several northern cities, including those in Gansu, Shanxi, and Heilongjiang, have announced early heating, with some starting as much as ten days ahead of the scheduled date [1][3]. - In Dezhou Pingyuan County, the local government initiated heating on November 1, 2023, due to a significant increase in rainfall (695% above normal) and a 1.3°C drop in average temperature compared to previous years [1][5]. Group 2: Government Coordination and Planning - The decision for early heating involved comprehensive planning, including temperature monitoring, energy consumption calculations, and infrastructure checks to ensure a stable heating supply [3][8]. - Weekly coordination meetings among city management, meteorological departments, and heating companies have been established to facilitate efficient heating operations [3][8]. Group 3: Technological Innovations - The introduction of geothermal energy as a clean heating source has been a significant change, allowing for reduced costs and energy consumption compared to traditional coal heating [5][12]. - New smart temperature control devices have been installed in homes, enabling real-time monitoring and adjustments to heating levels, which enhances user experience and reduces costs [10][12]. Group 4: System Upgrades and Maintenance - The heating systems have undergone upgrades, including the installation of new monitoring technologies and the replacement of aging pipelines to improve efficiency and reliability [17][18]. - Local heating companies are actively addressing potential issues in older buildings by installing new temperature measurement devices to ensure consistent heating [14][15]. Group 5: Broader Implications - The shift from scheduled heating to demand-based heating reflects a broader trend in urban management, emphasizing precision and responsiveness to citizen needs [10][18]. - The national energy supply and demand balance for the heating season is reported to be stable, ensuring that citizens can stay warm during winter [18].

Core Viewpoint - The article discusses the early heating measures taken by various northern cities in China due to a significant drop in temperatures, highlighting the government's proactive response to meet citizens' heating needs and the implementation of new technologies for efficient heating management [1][3][18]. Group 1: Early Heating Implementation - Several northern cities, including those in Gansu, Shanxi, and Heilongjiang, have announced early heating due to temperatures reaching winter standards ahead of schedule [1]. - In Pingyuan County, the heating season started on November 1, ten days earlier than the scheduled date of November 10, due to a 695% increase in precipitation and a 1.3°C drop in average temperature compared to previous years [1][3]. Group 2: Government Coordination and Planning - The decision for early heating involved comprehensive government planning, including listening to public feedback, scientific assessments, and meticulous preparations [3]. - Weekly coordination meetings among city management, meteorological departments, and heating companies ensure efficient implementation of early heating measures [3]. Group 3: Technological Innovations - Pingyuan County has introduced a clean heating project utilizing geothermal resources, extracting water at 58-60°C to reduce energy consumption and costs compared to traditional coal heating [5][12]. - New smart temperature control devices have been installed in homes, allowing residents to monitor and adjust heating in real-time, thus enhancing user experience and reducing costs [10][12]. Group 4: System Upgrades and Challenges - The heating system has undergone significant upgrades, including the addition of weather forecasting modules to dynamically adjust heating based on real-time temperature data [15]. - The implementation of new technologies requires careful monitoring and adjustments to ensure stable heating, especially for vulnerable households [14][15]. Group 5: Broader Implications and Future Directions - The shift from scheduled to demand-based heating reflects a broader trend in urban management, emphasizing precision and responsiveness to citizen needs [10][18]. - The article concludes that the proactive measures taken this winter demonstrate a commitment to improving public welfare and enhancing the quality of life for residents [18].