Charging method and control module of battery charging unit and battery charging unit
A battery charging and control module technology, applied in battery circuit devices, electrical components, current collectors, etc., can solve the problems of short maximum stroke, high cost, limited battery charging capacity, etc., and achieve the effect of reducing current demand and improving utilization rate
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[0042] In other embodiments, the power distribution line connected to the charging unit 114 can be identified according to the location data information and / or according to the identification code of the charging unit. The maximum current limit of the identified distribution line is then used to determine whether to accept or deny the request. The maximum current level includes factors such as the resistance of the wires forming the distribution line. The control module includes access to data showing the level of current flowing from the distribution line at any given time. In addition, each control module is capable of storing a reading of the maximum authorized current on each distribution line it supplies. For example, the maximum current limit can be in the range of 10 amps to 32 amps, assuming that the requested current is IR, the current flowing in the distribution line is ID, and the authorized maximum current level in the distribution line is IMAX, the request , the...
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