sec蓄电池对温度要求

电池的位置对决定电池的寿命和性能非常重要。理想

环境将是一个干燥，室内，温度调节区。理想的操作系统

温度是20度ºC。在低于此温度下操作将导致蓄电池损耗

性能和可能导致需要更大、更昂贵的电池。操作时间

温度高于20ºC将导致电池工作寿命的损失。每8个ºC电池上升

温度高于20ºC、 电池的寿命将缩短一半。例如，微电解质

+加上集团电池是专为10年浮子使用寿命为20ºC。如果电池是

28时连续运行ºC、 预期寿命将减半。

5.1.2温度变化

保持整个电池串的温度平衡对于延长电池寿命非常重要。

串联串中最大和最小块体温度之间的差值可以是

不超过3个ºC。过度的温度变化将导致需要均衡和

会缩短电池寿命。

电池温度变化的来源可能是将电池系统放置在热源附近

热源，如散热器、电力设备、窗户或暖气通风口。空调通风口

也会引起温度变化。建议电池位置

设计、设计和监控可将温度变化降至最低。

Battery location is very important in determining life and performance of the battery. The ideal

environment would be a dry, indoors, temperature regulated area. The ideal operational

temperature is 20ºC. Operation at temperatures below this will result in a loss of battery

performance and may result in a larger, more costly battery being needed. Operation at

temperatures above 20ºC will result in loss of battery operation life. For every 8ºC rise in battery

temperature above 20 ºC, the life of the battery will be cut in half. For example, the MICROLYTE

+Plus Bloc battery is designed for a 10 year float service life at 20ºC. If the battery were to be

continuously operated at 28ºC, the life expectancy would be halved.

5.1.2 Temperature Variation

Maintaining temperature balance across the string is very important for maximum battery life.

The difference between the maximum and minimum block temperature in a series string can be

no more than 3ºC. Excessive temperature variation will result in the need for equalization and

will shorten battery life.

Sources of battery temperature variation can be placement of the battery system near a heat

source such as radiators, power equipment, windows or heating vents. Air conditioning vents

can also cause temperature variations. It is recommended that the battery location be

designed, engineered and monitored to minimize temperature variations.