Central air conditioner end environmental temperature and cold source load remote control and regulation method and system

Abstract

The invention provides a remote centralized regulation method for terminal environmental temperature and load of central air conditioner. A remote server reads cold source operating power and terminal environmental temperature collected by a node device during system operational process, and summarizing the cold source power and listing the terminal environmental temperature according to region, building category and functional domain in buildings; regulation command and terminal environmental temperature set value are inputted to the remote server and transmitted to the terminal node device to be regulated to conduct regulation of terminal environmental temperature and load; and when power peak load shifting regulation is required, the remote server is preset with peak load shifting regulation regions, peak load shifting regulation quantity and peak load shifting time period, and the remote server processes results in accordance with the preset parameters and transmits the peak load shifting regulation command, terminal environmental temperature set value, peak load shifting regulation duration to the terminal node device to be regulated, so as to realize regulation of terminal environmental temperature and cold source load and finish utility power peak load shifting regulation. The invention has high value of application and spreading.

Description

technical field [0001] The invention relates to central air-conditioning energy saving and electric load demand side management and control technology, specifically refers to the central air-conditioning terminal ambient temperature and cold source load remote control method and system. Background technique [0002] With the rapid development of economy and society, central air conditioners, as large-scale energy-consuming equipment, have been widely used in various large and medium-sized buildings. While improving people's production and living conditions, they also consume a lot of electric energy. In order to promote the scientific use and management of central air-conditioning, save energy resources, reduce greenhouse gas emissions, effectively protect the environment, and realize the peak-staggered adjustment of the power system under the condition of power shortage, it is necessary to conduct remote scientific management and centralization of the ambient temperature and...

AI Technical Summary

Problems solved by technology

In order to promote the scientific use and management of central air-conditioning, save energy resources, reduce greenhouse gas emissions, effectively protect the environment, and realize the peak-staggered adjustment of the power system under the condition of power shortage, it is necessary to conduct remote scientific management and centralization of the ambient temperature and load of the central air-conditioning terminal However, there is no method and system that can realize remote and centralized control of the ambient temperature and load of the central air-conditioning terminal.

Images