VRLAB是在“贫液”状态下工作的，其气体复合效率应接近100％。如果

VRLAB是在“贫液”状态下工作的，其气体复合效率应接近100％。如果制造工艺中，电池处于“富液”状态，会使隔板中O2的通道阻塞，气体复合效率降低，电池内压力增大，特别是在安全阀性能不良情况下，失水更加严重，经过一段时期后，电池会失水而干涸。

結果 (英文) 1:

vrlab under "poor liquid" state of operation, the gas should be close to 100% recombination efficiency. If the manufacturing process, the battery in a "rich liquid" state, o2 of the separator causes the obstruction, reducing gas recombination efficiency, increased pressure in the battery, especially in poor valve performance, the more severe water loss through After a period of time, the battery will dehydration and dry.

結果 (英文) 2:

The VRLAB is working in the "lean" condition, the gas recombination efficiency should be close to 100%. If the manufacturing process, the battery is in the "rich liquid" state, will make the partition of O2 channel blocking, reduce the gas recombination efficiency, battery internal pressure increases, especially in the case of poor performance of safety valve, water loss is more serious, after a period of time, the battery will dehydrate and dry up.

結果 (英文) 3:

VRLAB are "liquid" mode of operation, its gas recombination efficiency should be similar to 100%. If the manufacturing process, the battery is in a "flooded" condition, would baffle obstruction of the O2, gas recombination efficiency, pressure inside the battery, especially in safety valve performance under adverse conditions, dehydration is more serious, after a period of time, dry batteries will lose water.