RHINO德国蓄电池12v58AH技术指导RHINO

RHINO法国电瓶12v58AH技术指导RHINORHINORHINO

在电池充电情况下电流持续保持不会改变，称为直流电路电池充电法，通称恒流充电法或等流电池充电法。在电池充电情况下因为汽车电瓶电压慢慢上升，电流逐步降低，为维持电流不至于因电瓶直流电压上升而减少，电池充电全过程务必慢慢上升电源电压，以保持电流始终不变，这针对充电设备的自动化程度规定比较高，一般简单的充电设备是无法满足恒流充电规定的。

恒流充电法，在电瓶大容许的电流前提下，电流越大，充电时间就能够减少。若从时间上考虑到，选用此法有益的。但电池充电中后期若电流仍不会改变，这时候因为绝大多数电流量用以水的电解上，锂电池电解液出汽泡太多而显烧开状，这不但耗费电磁能，并且很容易使电极上活性物质很多掉下来，升温太高，导致极片弯折，容积快速降低而提早损毁。这类充电方法非常少选用。
这类充电方法一般只适用无变电设备或充电设备较简单的独特场所，如车上电瓶的电池充电，1号至5号电池式的小电瓶的电池充电均选用绝热过程电池充电法。

选用绝热过程电池充电法给蓄电池充电时，需要电源电压：酸性蓄电池每一个单体电池为2.4～2.8v上下，偏碱电瓶每一个单体电池为1.6～2.0v上下。

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In 1936, general dunnitz, who was then the commander of the Navy,was ordered to visit the famous German seaport - Port WilliamEstablish a professional battery technology research center,responsible for the research and production of various gernickbatteries for naval submarines. This is the predecessor of thefamous GerNick battery research center in Germany.Since thefounding of Nick in Germany for more than 70 years,Countlesstheories about batteries have been innovated againA large amount ofbattery production technology, including materials, productiontechnology and tooling equipment, has been continuously developedhere.