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Design and Development of Electric-bus Battery Swap Control System based on Quantum Platform

机译:基于量子平台的电动巴士电池交换控制系统的设计与开发

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It takes a long time to replenish energy for electric-bus by charging, while battery swap is an effective way with fast energy supplement ability. The process of electric-bus battery swap is complex, how to realize automatic, efficient and reliable battery swap is an urgent problem to be solved. This paper analyzed the electric-bus battery swap system, and then constructed the control model of battery swap according to state machine theory, finally developed a battery swap control system based on Quantum Platform framework. The battery swap control system has been applied to many electric-bus battery swap stations; it improves the station's efficiency and reliability greatly, and provides a guarantee for the popularization and application of electric-bus.
机译:通过充电需要很长时间才能为电动公交车补充能量,而电池交换是一种具有快速能量补充能力的有效方式。电动巴士电池交换的过程很复杂,如何实现自动,高效可靠的电池交换是一个亟待解决的问题。本文分析了电动巴士电池交换系统,然后根据状态机理论构建了电池交换控制模型,最后开发了基于量子平台框架的电池交换控制系统。电池交换控制系统已应用于许多电动总线电池交换站;它大大提高了该站的效率和可靠性,并为电动总线的推广和应用提供了保证。

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