搜索资源列表
BMS
- 电动汽车电池管理系统的主要生产厂家和其他一些技术资料，非常有用-Electric vehicle battery management system of the major manufacturers and other technical information, very useful
BMS
- 一个国内电池管理系统(BMS)的源码，主机用的是XC2287M从机是用MC9S08DZ60,之间用CAN通讯,波特率500kbps.可以从中间知道找到一些有用的驱动。-A domestic battery management system (BMS) of the source, the host using a XC2287M slave is MC9S08DZ60, between the use of CAN communication, the baud rate 500kbps. M
SPI_6802
- 电池管理系统电压采集芯片6802，SPI通讯-Acquisition chip battery management system voltage 6802, SPI communication
battery_monitor
- 电动车电池管理 系统监控 s3c2440 can rs485-battery_monitor
can
- CAN通信今年来发展迅速，本文是基于DSP的动力电池管理系统CAN通信设计,本文介绍了DSP环境下的CAN通信的设计，有利于CAN通信的多元化-CAN communication developed rapidly this year, this article is based on DSP-power battery management system for CAN communication design, this article describes the DSP environme
OZCOMM
- 针对锂电池管理系统，自动发送上位机测试程序，C语言原代码。-For lithium battery management system, automatic test program to send PC, C language source code.
CCP_Client
- 基于S08DZ60单片机的电动汽车电池管理系统采样均衡板的代码，CCP协议为此采集板的主要通讯方式。-Microcontroller based S08DZ60 Battery Management System code sample balance sheet, CCP protocol for this collection sheet the main means of communication.
BMS
- 电动汽车电池管理系统与非车载充电机之 间的通信协议-Electric vehicle battery management system and non-vehicle communication protocol between the charger
KCUP01-151-V1.4-C8051
- 基于8051f的电池管理系统，该系统完成电池管理的数据采集和保护-8051f-based battery management system, the battery management system to complete the data collection and protection
SOC-PWM-output
- SOC锂电池管理系统，SOC的PWM输出测试程序，C语言代码-For lithium battery BMS, soc by PWM output, C language source code.
EVbike.code
- 电动自行车用电池管理系统源程序，内部包含电压采集SOC估算等多个有用程序-Electric bicycle battery management system source code contains the voltage acquisition SOC estimates within a number of useful procedures
MSP430G2452Pbq76925
- MPS430G2452单片机和TI公司的bq76925的编程资料，详细说明了MSP430单片机的编程，重点是有bq76925的操作程序，适合从事电池管理系统BMS朋友参考，极力推荐！！！TI IAR编译环境。-including MPS430G2452 and bq76925 programming source code,very good.
BMS
- 基于mega16 开发的 电池管理系统，12864 显示菜单，八路四组AD采样，电池内阻频率发生器，读取反馈信号测试电池内阻，IGBT控制充电。-Mega16 development based on a battery management system, 12864 display menu, eight four AD sampling, the battery internal resistance frequency generator, read the feedback signa
caijiban
- 电池管理系统采集板采集电池电压和温度,采集电池的电压和温度-Acquisition board battery management system battery voltage and temperature acquisition
SOC计算部分代码解析
- 电池管理系统，温度采集，电池均衡，SOC算法，准确计算测量实时车况(Battery management system, temperature acquisition, battery equalization)
基于STM32的电池管理系统触摸屏设计方案
- 电动汽车用锂电池管理、触摸屏硬件设计及其软件系统设计(Lithium battery management, touch screen hardware design and software system design for electric vehicle)
鍙屽崱灏旀浖SOC浼拌
- 锂电池荷电状态(SOC)的精确估计一直是电池管理系统的核心任务之一。电流传感器中存在非零均值的电流漂移噪声,这些噪声会造成不可避免的估计误差。为减少电流漂移噪声对估算造成的不利影响,提出了联合扩展卡尔曼滤波法,以Thevenin模型为锂电池等效电路模型,将电流漂移值作为状态变量与电池SOC进行同步预测。实验和仿真结果表明,该方法能有效抑制电流漂移噪声,提高估算精度。(The accurate estimation of the charge state (SOC) of lithium batt
EM1402EVM Example Code 0.1
- TI公司电池管理系统EM1402评价板例程(TI battery management system EM1402 evaluation board sample code)
BMS-masterSTM32
- 利用STM32处理电池管理系统中均衡的部分(Battery Management System,MCU)