What are the requirements of UPS power supply for battery temperature
by:Vglory 2021-03-06
UPS power supply is one of a variety of excellent power products. It has a lot of excellent performance, but if you want to ensure that it has a normal use effect, you must also have its battery meet the requirements of its operating temperature. UPS battery.jpg 1. The rated operating temperature range of the battery should be 10℃~30℃ (preferably 25℃±5℃), too high temperature will seriously shorten the life of UPS battery. All technical data are measured at a rated temperature of 20 or 25°C. Too low temperature will reduce the usable capacity of UPS batteries. The upper limit of the ambient temperature is 55°C, and the UPS battery cannot exceed 45°C during use. 2. Regarding the battery of UPS power supply, in the temperature range of 15~35℃, its charging voltage does not need to be adjusted with temperature changes; if the ambient temperature deviates from this range, the charging voltage must be adjusted with temperature changes. Adjust accordingly. 3. It is normal for UPS batteries to decrease in power after being stored for a long time. The daily power loss of batteries is generally 1-3%, so you must buy and charge them immediately. Long-term storage should wake up the UPS battery in advance. 4. It is normal for the battery to slightly heat up during the charging process, but if the heat is severe, stop using it immediately, otherwise the battery will be damaged. Excessive heating is generally a problem with chargers, and such chargers should be set to a slow charging state. This charger cannot be used if there is no slow charging function. 5. Generally, the best ambient temperature for UPS batteries is between 20 and 25°C. According to detections, once the temperature exceeds 25°C, the life of the battery is shortened by half for every 10°C increase. In addition, an increase in the ambient temperature will lead to an increase in the chemical activity inside the battery and a large amount of heat energy will appear, which in turn will increase the temperature of the surrounding environment and enter a vicious circle. Disclaimer: Some pictures and content of the articles published on this site are from the Internet. If there is any infringement, please contact to delete. Previous article: Why did BYD reverse from lithium iron phosphate to ternary materials?
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