A thermal storage remote control system for multi-energy supply systems

Abstract

The invention discloses a thermal storage remote control system oriented to a multi-energy supply system, comprising an acquisition module for collecting operating information of the multi-energy supply system, a PLC module for controlling the multi-energy supply system, and a remote communication module And the remote monitoring module, the PLC module is connected to the remote monitoring module through the signal of the remote communication module, and the PLC module controls the multi-energy supply system through the PID controller, so that the rapid response to the secondary water supply temperature of the multi-energy supply system is realized through the PID controller. A reliable and economical control strategy for the multi-energy supply system is realized; and the operation information of the multi-energy supply system can be transmitted to the remote monitoring module through the remote communication module, which is not only convenient for operators to monitor the operation of the multi-energy supply system in real time, but also convenient The operator realizes the remote control of the multi-energy supply system through the remote monitoring module.

Description

technical field [0001] The invention relates to the technical field of heat storage control of a multi-energy supply system, in particular to a heat storage remote control device for a multi-energy supply system. Background technique [0002] In recent years, due to the continuous development of the electric power industry, there has been a phenomenon of oversupply in my country. For this reason, the power supply department has issued relevant policies to promote the development of multi-energy supply systems. [0003] The control system of the existing multi-energy supply system is relatively mature, but there are generally problems such as slow response speed and fuzzy temperature control. Moreover, the multi-energy supply system, as an important controllable load of the power grid, has not been well connected to the power system. in the consumption scheduling. Moreover, due to the characteristics of the power system that cannot be interrupted and the sudden change of the...

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Problems solved by technology

[0004] At present, in the power system, the communication network with the computer as the main node is generally used, and the automation system at the operation site generally uses the control and communication network with the PLC as the main node, but it cannot realize data communication between different systems. Remote control system for supply system

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