军用车辆采用锂电池驱动时电源管理控制系统的设计

军用车辆采用锂电池组作为动力源可有效解决排放问题,具有高机动性、隐蔽性、稳定性的特性,并能为未来的军用电磁火力平台配置创造条件。其中的电源管理系统关系到军用车辆的电源实施监测控制运行,系统工作效果决定了军用车辆使用的可靠性。通过对军用车辆动力锂电池组电源系统的优化设计,可使锂电池组电源管理控制系统的设计效率得到全面提升。在进行电源管理系统的初步设计过程中,通常需要采用多种不同的方式对其动力体系进行初步的评估。主要针对军用车辆动力锂电池组电源管理系统进行设计分析,并提出了相应的优化措施。

Design of Power Control System when Military Vehicle Used Lithium Battery

Military vehicle using lithium battery as power source can effectively solve the emission problem,has high mobility,invisibility,stability characteristics,and can create the conditions for future military electromagnetic fire platform configuration. The power management system is related to the military vehicle power supply monitoring and control operation,the effectiveness of the system determines the reliability of military vehicles. through the optimization design of military vehicle power lithium-ion battery power system,the design efficiency of lithium-ion battery power management control system is fully improved. In the preliminary design of power management system,it usually needs to use a variety of different ways to make a preliminary evaluation of its dynamic system. In this paper,the design and analysis of military vehicle power lithium-ion battery power management system are focused,and the corresponding optimization measures are proposed.