Internet + renewable energy heating system ：
Under the condition of real-time energy-saving and energy-saving, the heating system can be adjusted automatically according to the heating condition and energy-saving condition of the heating system. The automatic control and management of various mechanical and electrical equipment in the air source heating station is realized, which is convenient for the maintenance, repair and management of the equipment; the multi probe and omni-directional energy-saving monitoring is carried out without the traditional manual monitoring method, which saves manpower and material resources and reduces the management cost.
Features of Internet + renewable energy heating system:
It can monitor multiple heating stations to break regional limitations : centralized management and control of building heating area of more than 10 million square meters to realize the supervision and control of multiple new energy heating stations.
Big data collection and analysis The heating management center uses the network big data mode for data collection, analysis and utilization, and the computer terminal collects data on demand to replace the original manual operation, so as to fully achieve the effect of energy saving management.
Advantages of Internet + renewable energy heating system:
The heat supply management center replaces many distributed systems, data island and information island, resulting in the overall energy saving value; terminal data can provide real-time energy data for enterprises, save energy, solve energy management, analysis and summary, terminal decision-making; provide simple and convenient data output for enterprises, provide data support for enterprise self-control and energy conservation; avoid energy waste and achieve Requirements for green, environmental protection and energy saving of heating management center.
Real time data analysis summary terminal decision energy saving
1. Intermittent heating at fixed time
2. Heating by time
3. Due to the control of the direct supply users, when appropriate, it can be carried out by means of increasing the temperature and pressure of the heat source and reducing the flow rate, so as to give full play to the functions of each heat exchange unit, improve the heat exchange efficiency and reduce the energy consumption.
4. According to the actual situation, the frequency conversion operation frequency of the circulating pump should be adjusted in time to meet the appropriate demand. Through remote control, the operation frequency of the frequency converter can be reduced as far as possible, so as to achieve the purpose of saving electric energy.
5. According to the information provided by the meteorological energy-saving monitoring system, the operation status of each heat exchange unit and direct supply user is timely adjusted to make each station operate within a reasonable range.