There are installation problems with outdoor batteries

At present, outdoor storage batteries are difficult to install and easy to be stolen, and the service life of storage batteries is particularly affected by temperature. How to solve the outdoor environment's impact on the battery and prolong its service life is very important.　　 There are reports on the use of buried storage batteries at home and abroad, but there is a problem that the humid gas in the buried battery cabinet corrodes the battery, thereby reducing the battery life. There is currently no good solution to this problem. The method introduced in this article uses the monitoring system of the communication power supply to intelligently control the underground battery exhaust fan according to the humidity in the battery cabinet. Through actual use verification, this problem is better solved and the service life of the battery is greatly improved. This technology is still blank in the country at present, and it has greater significance for promotion.　　Overall thinking　　(1) The battery is buried in the form to solve the power supply problem of outdoor communication equipment, achieve better anti-theft and dust-proof effects, reduce the impact of outdoor high temperature on battery life, and extend battery life.　　(2) 12V storage battery or 2V storage battery can be flexibly buried in the battery cabinet. The service life of 2V storage battery is longer than that of 12V storage battery. Therefore, the buried method basically uses 2V storage battery.　　(3) Install ventilation fans and humidity sensors in the air ducts of the battery cabinet buried in the ground to collect humidity data in the box.　　(4) Monitor the humidity index in the battery cabinet through the monitoring unit of the communication power supply to determine the frequency of ventilation.　　 There are reports on the use of buried storage batteries at home and abroad, but there is a problem that the humid gas in the buried battery cabinet corrodes the battery, thereby reducing the battery life. There is currently no good solution to this problem. The method introduced in this article uses the monitoring system of the communication power supply to intelligently control the exhaust fan of the buried battery according to the humidity in the battery cabinet. Through actual use verification, this problem is better solved and the service life of the battery is greatly improved.