当然，由于浮充电压过高，电解水反应加剧，析气速度加快，失水也必然增加。

当然，由于浮充电压过高，电解水反应加剧，析气速度加快，失水也必然增加。另外，使用环境温度过高，未调整浮充电压，也同样会产生失水现象。因此，除了制造商应严格控制电池中电解液的数量以外，用户应创造一个最佳温度（20±5℃）使用环境和严格控制浮充电压运行条件，保证电池组有较长的使用寿命。

結果 (英文) 1:

Of course, since the float voltage is too high, exacerbated by water electrolysis reaction, gassing speed, dehydration is also bound to increase. In addition, the use of ambient temperature is too high, not adjusted the float voltage, will also produce dehydration phenomenon. Therefore, in addition to the manufacturer should be strictly controlled battery electrolyte number, the user should create an optimal temperature (20 ± 5 ℃) environment and strict control of the float voltage operating conditions, ensuring a longer battery life.

結果 (英文) 2:

Of course, the float voltage is too high, increase water electrolysis reaction, gas speed, water loss will increase. In addition, the use of environmental temperature is too high, do not adjust the float voltage, also can produce dehydration phenomenon. Therefore, in addition to the manufacturer shall strictly control the quantity of electrolyte outside, the user should create an optimum temperature (20 ± 5 C) use of the environment and the strict control of the floating voltage operating conditions, ensure the batteries have longer service life.

結果 (英文) 3:

Of course, due to the float charge voltage is too high, electrolysis of water reaction, gas at an accelerated pace, dehydration will also increase. In addition, the operating temperature is too high, did not adjust the float charge voltage, will also produce dehydration. Therefore, in addition to manufacturers should strictly control the amount of battery electrolyte, users should create an optimal temperature (20 ± 5 ° c) environment, and strictly control the float charge voltage operating conditions to ensure the battery has a long service life.