Construction and application analysis of Hailar's comprehensive intelligent heating platform
To promote the intelligence and decarbonization of the heating system in high-cold regions,around the construction and implementation of the Hailar intelligent heating platform,this paper researches and analyzes the challenges and potential opportunities of intelligent heating in the extreme cold environment,and evaluates the actual operation effect of the Hailar intelligent heating platform.Using data analysis methods,the platform's performance under various temperature conditions is investigated,with a particular emphasis on the precise control of supply and return water temperatures,optimization of energy consumption,and stable operation amid fluctuations in the heating network and load changes.The results indicate that the platform demonstrates exceptional operational efficiency and stability across different temperature scenarios ranging from-30～-10℃,especially under extreme temperatures,where the simulation of heat source scheduling closely aligns with actual measurements,exhibiting low error margins.This research highlights the significant role of the intelligent heating platform in enhancing the efficiency of heating systems in high-cold regions,reducing energy consumption,and providing valuable practical experience and strategic guidance for the intelligent and low-carbon development of the heating industry.
high-cold regionintelligent heatingenergy saving and consumption reductionintegrated management platform
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