It’s to adjust charging voltage bas

It’s to adjust charging voltage based on 2V/cell when battery temperature is changing between 0~50°C. All charging settings are based on 25°C. If setting battery temperature compensation as 5mV, charging voltage will be reduced by the following formula.
(T-25) * (Battery voltage with serial connection / 2 ) * 5mV
For example, 3-phase inverter with 48VDC under 30°C environment.
(30 – 25) * (48VDC / 2 V/cell ) * 5 mV = 600mV. Then, when battery temperature is higher 5°C, charging voltage will be reduced 600mV. Vice versa.

結果 (中文) 1:

它是调整充电电压基于 2V/细胞，当电池温度变化之间 0 ~ 50 ° c。收费的所有设置都都基于 25 ° c。如果将电池温度补偿设置为 5mV，则将按下列公式减少充电电压。(T-25) * (串行连接电池电压 / 2) * 5mV例如，三相逆变器 48VDC 30 ° C 环境下。(30-25) * (48VDC / 2 V/单元格) * 5 mV = 600mV。然后，当电池温度较高 5 ° C，充电电压会减少的 600mV。反之亦然。

結果 (中文) 3:

它是基于调整充电电压2V /电池当电池温度是0 ~ 50°所有充电设置基于25°如果设置电池温度补偿为5mV之间变化，充电电压将由下列公式减少。
（25）*（串行连接/ 2电池电压为5mV
）*为例，30°C环境下采用48V直流三相逆变器。
（30–25）*（48V直流2 V /细胞）×5 MV = 600mV。然后，当电池温度高于5°C，充电电压将降低600mV。反之亦然。