对于采用AGM隔板的电池（VRLA）极板的组装间距等于或略小于极板厚度，这是因为AGM隔板作为“电解液库”，应该比较大，以保持有足够多的电解液量，从而确保在一定放电率条件下放电容量的要求，极板的水平方向与垂直方向可有较大的变化范围，但对于极板高度与极板间距的比例则有一些限制，也就是说对于给定的极板间距，存在蓄电池应有多高才达到优异性能（如注液性能等）的限值。因为在所注人的电解液贯穿电池极群时，酸会被消耗，所以流过的垂直距离越大，则酸的消耗也越大。
For adoption AGM separate knothole battery(VRLA) pole knothole construction be apart from and equal or is more slightly small than pole plank thickness, this because AGM separates plank as "electrolyte database", should relatively greatly have by keeping enough much amount of electrolyte and thus ensure to turn on electricity the request of the capacity under the sistuation that definitely turn on electricity a rate, pole knothole level the direction and perpendicular direction can have bigger variety scope, but for pole plank highly with pole plank the proportion for being apart from then have some restrictions, is also say for give settle of the pole plank be apart from and exist storage battery should have much Gao just attain excellent function(if note liquid function etc.) of limit value.Because pierce through a battery pole at the person's electrolyte noted cluster, sour will be consumed, so flow through of perpendicular distance more big, the sour depletion then is also more big.
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