Intelligent base station heat source management energy-saving system

Abstract

The invention discloses an intelligent base station heat source management energy-saving system. The system comprises a first temperature and humidity transmitter, a second temperature and humidity transmitter, at least one third temperature and humidity transmitter, a multilevel filtering speed-regulating air inlet blower, a speed-regulating air outlet blower, a plurality of base station special refrigeration devices, a battery temperature control box, a fourth temperature and humidity transmitter and a control host. The control host is used for comparing the indoor temperature and humidity with the outdoor temperature and humidity, controlling the air speed, starting and closure of the multilevel filtering speed-regulating air inlet blower according to a comparative result, and controlling the air speed, starting and closure of the speed-regulating air outlet blower. The control host is further used for sending a control signal to a refrigeration part of the battery temperature control box so as to make the temperature in the battery temperature control box keep constant when the temperature, collected by the fourth temperature and humidity transmitter, in the battery temperature control box is greater than a preset battery constant temperature. According to the system, the intelligent control over the indoor temperature and humidity of a base station is achieved, and the control is accurate, so that the temperature and humidity of the work environment of the base station keep constant. In addition, the energy-saving effect is good and the energy-saving efficiency is high.

Description

technical field [0001] The invention relates to environmental temperature and humidity energy-saving and monitoring technology of a wireless communication base station, in particular to an energy-saving system for intelligent management of heat sources of a base station. Background technique [0002] Radio communication base stations are generally unattended, and all kinds of electronic equipment in the base station are in continuous working state all the year round, and the base station is usually in a sealed state. Therefore, the heat energy generated during the operation of various electronic equipment must be accumulated in the base station room. In order to maintain the normal operation of the equipment, the heat must be exchanged to the outside of the base station with the help of special refrigeration equipment. [0003] However, the existing base station air-conditioning technology generally directly uses air conditioners for sealed refrigeration to achieve the purpo...

AI Technical Summary

Problems solved by technology

[0003] However, the existing base station air-conditioning technology generally uses the air conditioner directly for sealed refrigeration to achieve the purpose of indoor and outdoor heat exchange of the base station, which requires long-term operation of the air conditioner, but the base station is unattended. When the temperature and humidity are high, the air conditioner is still on, which will cause a greater burden on the air conditioner and consume more power.

Turning on the air conditioner for a long time will not only shorten the mechanical life of the air conditioner, but also consume a lot of energy in vain.

[0004] In addition, the normal operation of the indoor equipment of the base station requires not only the ambient temperature, but also the ambient humidity. In the existing technology, when the indoor and outdoor air circulation is carried out, the cold air is often directly introduced from the outside, which may be caused by the outdoor temperature. The cold air does not meet the humidity requirements of the base station, which will affect the normal operation of the equipment in the base station, and even damage the base station equipment. Constant humidity, waste of energy

Images