Intelligent heat supply management and control platform for the existing heat exchanger station and heat source system, with an overview of heat supply, comprehensive monitoring, meteorological parameters, energy consumption analysis, unit consumption analysis, room temperature collection, room temperature balance, room temperature standard statistics and other modules, for the whole network heat balance, hydraulic balance, safe and energy-saving operation, to provide high-quality and efficient services to achieve the multi-heat source networking, heat balance regulation, energy-saving optimization of the operation, safe operation, intelligent operation and management of the target. The goal of intelligent operation and management.

Through real-time monitoring and data analysis, the system realizes precise control of key indicators such as equipment operation status, energy consumption and environmental parameters of the heat source plant, so as to improve energy efficiency, reduce operation costs, reduce environmental pollution, and ensure the stability and safety of the heat supply system.

The system collects the room temperature of households centrally, combines the outdoor weather data and historical data, carries out intelligent calculation and analysis, realizes real-time calculation and correction of the load of the heat exchange station, and optimizes the scheduling of the heat network, which not only realizes energy-saving and environmentally friendly operation of the heat network but also ensures the good heating effect to the households.

By collecting data from the temperature control panel and heat meter at the household end, the system automatically analyzes the heating condition and automatically controls the opening degree of the electric regulating valve/flow regulating valve, realizing that the temperature of the project unit and the end-users reaches the standard to ensure energy-saving and balanced heating, and to achieve the effect of monitoring and collecting and balanced regulation and control in one.

The system digitizes the assets of the heat pipe network in the form of map as the base map, realizes the comprehensive management of the assets' attributes such as location, material, specification, burial depth, etc., and supports the display of assets such as valves, flowmeters, pipelines, etc. in layers, which makes the asset query, statistics, and analysis more efficient, and realizes the visualization of asset management. It supports the age management of pipeline network assets, realizes automatic detection of aging equipment, and automatically reminds users to carry out equipment repair and maintenance or replacement when it expires.