动力电池能量管理系统
检测时间：2016-05-23 09:39:53
摘要
近年来,由于日益严重的环境污染问题和日益增长的石油和能源消耗,新能源汽车的发展,越来越多的政府和世界主要汽车制造商的关注。三个电动汽车的发展。
本文介绍了电动汽车电池管理系统的主要功能和开发国内外介绍问题的根源,介绍了铅酸蓄电池工作原理和关键的操作特性,描述铅酸电池剩余量预测几个模型的设计和项目的特点,基于大量的电池充电和放电的实验数据,提出了这种设计方法来估计剩下的电池供电。
上述功能需求,设计提出使用主芯片单片机,分散的集合和集中控制的解决方案结合硬件、单片机的选择,电池参数收集,平衡和保护电路、功率转换电路和外部通信和其他主要模块硬件设计详细描述和基于C51单片机凯尔软件开发和设计环境软件解决方案设计的电池管理系统3主要流程:充电、放电和静态软件设计。最后,整个硬件和软件系统充电和放电的疲劳试验通过收集大量的实验数据,验证了硬件和软件设计的可行性和稳定性
关键词电动汽车; 电池管理系统;电池SOC估算;单片机;充电均衡控制
ABSTRACT
In recent years, due to the increasingly serious problem of environmental pollution and the increasing consumption of oil and energy, new energy vehicles
Development, more and more governments and the world's major carmakers attention. Develop three electric vehicles
The key technology is the motor drive system consists of three parts, the vehicle control system and power management systems, steam current
Automotive battery life is short-range, low battery life, high maintenance costs and popular, therefore,
Power management technology for energy management and vehicle power battery protection control is becoming increasingly important.
This article describes the electric vehicle battery management system The main function of the system and the development of domestic and foreign presentation
Root of the problem, and introduces the principle of lead-acid batteries and key operating characteristics described
Lead-acid battery remaining amount prediction model design and features of several projects, based on a lot of battery
Charging and discharging of the experimental data, this design method is proposed to estimate the remaining battery power.
The above functional requirements, the design proposed to use the main chip microcontroller, decentralized collection
And centralized control solutions combine hardware, MCU selection,
battery parameters collection, balance and protection
Circuit, a power conversion circuit and external communications, and other major modules and hardware design based on a detailed description of
Kyle C51 microcontroller software development and design environment software solutions designed battery management system 3 The main processes: charge, discharge and static software design. Finally, the entire hardware and software system
Charging and discharging fatigue test by collecting a large amount of experimental data to verify the feasibility and stability of the hardware and software design
Keywords electric vehicles; battery management system; battery SOC estimation; SCM; charge equalization control
