Energy consumption integrated control system and method

Abstract

The invention provides an energy consumption integrated control system and a method, which is used for energy conservation and measurement control in occasions such as a base station, a motor room, an office building and the like. The method is implemented as follows: collecting energy consumption subentry measurement data; collecting multiple environment parameters relevant to energy consumption equipment; collecting and storing the collected energy consumption subentry measurement data and the collected relevant multiple environment parameters; receiving, outputting and displaying energy conservation data of the energy consumption equipment obtained by comparing the energy consumption subentry measurement data in real time and receiving a control strategy obtained by analyzing and comparing the relevant multiple environment parameters; and sending a control command based on the control strategy to control the relevant energy consumption equipment to regulate relevant parameters so as to realize the aim of energy conservation. The energy consumption integrated control system comprises an intelligent ammeter, multiple sensors, a data collector, an analyzer, a controller, a controlled device and a display. By collecting environment parameters, analyzing the existing energy consumption systems and energy conservation effects brought by various energy conservation measures and equipment in real time, the energy conservation input-output ratio can be reflected clearly; and the energy conservation measures are regulated based on environment changes, thus realizing intelligent interaction of energy conservation equipment.

Description

technical field [0001] The invention relates to a comprehensive energy consumption control system and method. Specifically, it relates to a system and method for energy-saving control of energy-consuming equipment in a base station, a computer room, and an office building of a telecom operator. Background technique [0002] As the global energy becomes increasingly tense, China has more urgent requirements for energy conservation in social construction. Among them, the high-speed development of the telecommunications industry is more urgent to save energy. Operators accelerate the construction of base stations and computer rooms, but they also have to face high energy consumption. For example, the total energy consumption of China Mobile in 2007 has exceeded 10 billion kWh! At the same time, some equipment technologies are outdated or obsolete; there is a lack of accurate classification and sub-item energy consumption data, and there is a lack of quantitative evaluation m...

AI Technical Summary

Problems solved by technology

The current energy-saving control system adopts single-point control, that is, the central air-conditioning system, fresh air system and lighting system work independently of each other, and remote centralized control cannot be realized; the control equipment works independently according to the established control strategy, and cannot dynamically adjust the control strategy. Inability to adapt to changes in the work environment

At the same time, measurement and control are two independent systems. The control system cannot obtain the measurement data of energy-consuming equipment, so it cannot obtain the energy-saving energy and energy-saving effect in a timely and accurate manner.

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