Abstract
The battery control system of an electric automobile enables battery electric power to be distributed in an optimized condition to each automobile electronic component by an interlocking control drive of a high-power battery and a high-efficiency motor. And, it is a network control system with subordinate concept, by which diagnosing network with automobile electronic components control system and assimilating and combining the duplicate functions are practicable. The research is aimed at developing a system for maximizing performance efficiency of a battery electronic power and a motor by applying AUTOSAR’s standardized software and developing S/W and H/W which may be controlled by being interlocked with each control module in a way of CAN communication, followed by interlocking motor and battery with a control system.
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