Heating pipe network with intelligent online monitoring system

Abstract

The invention belongs to the field of central heating and particularly relates to a heating pipe network with an intelligent online monitoring system. The heating pipe network with the intelligent online monitoring system comprises a heating pipe network and the online monitoring system. The intelligent online monitoring system comprises an online monitoring device in a heat exchange station, a thermal parameter collecting device, a zigbee router, a zigbee gateway, a network, a server, an image collecting device, an entrance guard control system, a ventilation and dehumidifying structure, a PLC and a client terminal. The online monitoring device in the heat exchange station comprises an intelligent electricity use information measuring and controlling terminal, a motor vibrating and shaft temperature sensor, a wireless noise sensor, a wireless temperature and humidity sensor and a wireless water sensor. The server comprises an information storage processing server and an application server. The heating pipe network with the intelligent online monitoring system has the beneficial effects that arrangement is reasonable, thermal parameters and environmental parameters in the heat exchange station are collected, the overall heating system is adjusted to be in the best state through the PLC, the thermal balance is kept, the heating effect is guaranteed, and energy waste is reduced.

Description

technical field [0001] The invention belongs to the field of central heating utilization, in particular to a heating pipe network with an intelligent online monitoring system. Background technique [0002] With the country's emphasis on environmental protection, urban central heating has become the mainstream. There are many heat pump stations, heat exchange stations, and pump rooms under the heating center. Due to the scattered locations, most of them adopt manual monitoring, resulting in insufficient on-duty personnel and untimely maintenance. Therefore, maintenance only depends on telephone scheduling, and it is difficult for the heating center to grasp the actual operation of the equipment, and it is impossible to achieve reasonable scheduling. On the one hand, it is a waste of manpower. At the same time, each heat exchange station operates independently, which makes it difficult to achieve the overall optimal state of the heating system, which may easily cause thermal ...

AI Technical Summary

Problems solved by technology

There are many heat pump stations, heat exchange stations, and pump rooms under the heating center. Due to the scattered locations, most of them adopt manual monitoring, resulting in insufficient on-duty personnel and untimely maintenance.

Therefore, maintenance only depends on telephone scheduling, and it is difficult for the heating center to grasp the actual operation of the equipment, and it is impossible to achieve reasonable scheduling. On the one hand, it is a waste of manpower;

At the same time, each heat exchange station operates independently, it is difficult to achieve the overall best state of the heating system, and it is easy to cause thermal imbalance, affect the heating effect and cause a great waste of energy

Although individual cities have installed pressure and flow online detectors at each control point of the heating pipe network, this is not enough to solve the problems of unstable operation of the equipment in the station, equipment noise, excessive energy consumption, abnormal temperature and humidity in the station environment, etc.

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