1) floating charger
充电浮充电机
1.
Second, it gives an analysis on the storage battery, the floating charger and the controlling system which consist of direct current power supply system.
介绍了铁路变配电所直流电源系统的发展,对组成系统的主要部件即蓄电池、充电浮充电机及控制系统进行了分析,阐述了直流电源系统选择的实质及容量的确定,建议一般铁路变配电所宜选用带镉镍蓄电池或免维护全密封铅酸蓄电池的自控型直流电源成套装置,建议将建立"三遥"(遥控、遥测、遥信)电力系统的变配电所直流电源系统选用全自动智能型带有"三遥"接口的直流电源屏。
2) floating charge
浮充充电
3) CSMC float-charging
CSMC浮充充电
4) floating charge voltage
浮充电压
1.
The values of floating charge voltage for all cells in the VRLA group were as the law of normal distribution.
阐述了阀控式密封铅蓄电池组中各单电池的浮充电压值是服从正态分布规律的。
5) floating current
浮充电流
1.
During maintenance,operators likely neglect measuring the daily floating current of the battery and taking records respectively.
在蓄电池组的日常维护工作中,维护人员容易忽略对蓄电池组日常浮充电流的测试和记录,其实浮充电流的大小变化是衡量电池组运行状态的重要因素,特别是对在室温较高的环境下、使用年限较长的蓄电池组尤为重要。
2.
Because it was tapered failure,the high-low values and uniformity of floating voltage ,and the large-small values and tendency of floating current for all of single cells in the battery group could provide the important informatiom about the state-of-heath of battery group .
由于它是渐变失效产品,所以蓄电池组中各块电池的浮充电压高低和均匀性以及浮充电流的大小和变化趋势,可以为在线评估蓄电池组的健康状况提供重要的信息。
3.
When the batteries are fully charged, the lower floating current is, the more healthy VRLA batteries are.
阀控密封铅酸(VRLA)蓄电池在浮充过程中,浮充电流值可以评估蓄电池的健康状况。
6) floating charge
浮充电
1.
The cause analysis of poor uniformity of floating charge for VRLA batteries has been made in terms of electrochemical principle.
对影响阀控密封电池浮充电一致性的原因从电化学角度进行了分析 ,认为电极一致性、电解液密度、气体再化合是影响的 3个因素。
补充资料：充电功能
充电功能指的是MD是不是带有可进行充电的电池，实际上目前几乎所有的MD都是具有充电功能的。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条