Method and system for controlling energy saving of communication base station air-conditioner and communication base station air-conditioner

Abstract

The invention is suitable for the field of communication base station air-conditioners and provides method and system for controlling the energy saving of a communication base station air-conditioner and the communication base station air-conditioner, wherein the method is achieved by embedding software and / or hardware in a control device of the prior base station air-conditioner. By the software and / or the hardware, a working mode of the base station air-conditioner is limited to a refrigerating mode after system initialization; the wind speed is limited to a high-wind mode; the preset optimal default working temperature is 28 DEG C, and the temperature can automatically return after being manually regulated and timed in advance; in the operation process of the base station air-conditioner, the base station air-conditioner is automatically powered off when the room temperature of a base station is lower than the preset power-off temperature (such as 22 DEG C); the base station air-conditioner is automatically powered on when the room temperature is higher than the preset power-on temperature (such as 28 DEG C); for the base station air-conditioner in cold regions, the preset power-off temperature and the preset power-on temperature are a constant value which is lower than the outdoor subzero temperature, therefore, the possible requirements of reducing the energy consumption of the base station air-conditioner and guaranteeing the temperature regulation after seasonal power-off are achieved.

Description

technical field [0001] The invention belongs to the field of base station air conditioners, and in particular relates to an energy-saving control method and system for communication base station air conditioners and communication base station air conditioners. Background technique [0002] At present, the phenomenon of power energy shortage is becoming more and more prominent, and energy saving and consumption reduction have become a hot spot that the whole society pays attention to. According to authoritative statistics, the power consumption of communication equipment rooms is the main energy consumption of telecom operators, and the energy consumption of air conditioners in base stations generally accounts for 20% to 45% of the energy consumption of communication equipment rooms, and some even exceed 60%. Therefore, under the premise of ensuring the normal operation of communication equipment, it is particularly important to make the base station air conditioner run in a ...

AI Technical Summary

Problems solved by technology

At this time of the year, it takes a lot of labor costs to turn off and turn on the air conditioner on site. It takes about one to two months for all sites on the existing network to run down. Take October as an example, due to the delay in the work cycle, Many sites can only be shut down in December, which leads to the fact that the air-conditioning time of many sites is much shorter than the requirement, and some sites will have high temperature alarms during this period due to their high heat generation; due to human factors, in the normal cooling season Some base station air conditioners are set in the automatic working mode. When the indoor ambient temperature of the base station is lower than the set temperature in the automatic working mode, the base station air conditioner starts to heat. However, in the cooling season, the temperature is lower than the set temperature within a certain range. Acceptable, resulting in a large amount of power wasted, and at the same time in the automatic working mode, the frequent alternation of cooling and heating also increases the loss of power

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