基于算法的电动动力总成校准策略

Siddharth Gandhi, Abhijeet Chavan
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引用次数: 0

摘要

汽车行业的最新趋势是使用电能推动汽车。通过电机将电能转换为机械能是目前公认的安全技术。其主要挑战在于组件保护策略。需要对电机、电池等部件进行保护,以延长汽车的使用寿命。此外,车辆安全也非常重要,以避免因错误操作组件而造成任何死亡事故。本研究通过开发基于算法的策略来实现对组件的保护。这些算法预先输入控制器。建议通过电池热管理系统开发智能电机和电池。使用的能源既有交流电,也有直流电。用于产生电能的能源有电池、燃料电池等。通过化学反应产生的能量储存在电池中,并最终被利用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Algorithm based Calibration Strategies in an Electric Powertrain
The latest trend in the automobile industry is electric energy usage for vehicle propulsion. The electrical energy conversion to mechanical energy via motor is the currently accepted and safe technology. The major challenge for this is the component protection strategies. Components such as the motor, battery etc. need to be protected to enhance the life cycle of the vehicle. Also, vehicle safety is of much importance to avoid any fatalities arising with regards to the mishandling of the components. This study suffices the component protection by developing algorithmbased strategies. The algorithms are pre-fed to the controller. Development of smart motor and battery is proposed via Battery Thermal management system. The energy used is of both AC as well DC form. Energy sources for the electric energy generation are different namely, Batteries, Fuel cell etc. Energy generated through chemical reaction is stored in the battery and is eventually utilized.
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