Intelligent heat exchange station

Abstract

The invention discloses an intelligent heat exchange station. The intelligent heat exchange station comprises a monitoring center, a control unit and a heat supply network second-level heat exchange station, wherein a plurality of adjusting monitoring devices are arranged in connecting pipelines of the heat supply network second-level heat exchange station, the adjusting monitoring devices are connected with the control unit, and the control unit collects data of the adjusting monitoring devices in the heat supply network second-level heat exchange station, carries out processing on the data, sends the data to the monitoring center in a wired or wireless mode, and carries out cooperation monitoring with the monitoring center or independent monitoring. According to the intelligent heat exchange station, a large number of physical quantities are monitored and are collected in real time through the control unit and the monitoring center, real-time collection and processing are carried out on parameters through a PLC, the running state and the running quality of a heat supply system can be mastered in a macroscopic mode, operating parameters of the heat supply system can be ensured, full-automatic adjustment is carried out on water power working conditions and heating power working conditions of a heat supply network, influence of coupling of heat exchange stations is eliminated, water supply imbalance of the heat supply network is eliminated, and the heat supply effect is balanced.

Description

technical field [0001] The invention relates to an intelligent heat exchange station, which belongs to the field of energy technology. Background technique [0002] Central heating has increasingly become an important part of urban public utilities because of its positive effects on energy saving and urban environment improvement. As the main component of the central heating system - the first station of heat exchange, it is an important gateway for heat source output. [0003] Central heating has many functions such as saving energy, improving urban environment, and improving economic benefits. In this composition, the heat exchange station plays a very important role. With the development of my country's economic construction, centralized heating has become an important part of my country's urban public utilities. With the expansion of my country's cities, centralized secondary heating is also growing. How to improve the production and operation of secondary heat network...

AI Technical Summary

Problems solved by technology

[0004] The larger the heat exchange station, the larger the radiation radius of the secondary network, and the relatively long pipeline, resulting in large losses in the secondary network pipe network, and the more serious hydraulic imbalance: if the heat exchange station is located in a corner of the heating area , the adjustment of the secondary network is more difficult, which is not conducive to the thermal balance of hydraulic power and affects the heating effect

Moreover, the large-scale heat exchange station consumes high power and water, and the operation is uneconomical.

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