搜索资源列表
Battery初步实现
- 实现了电池安时积分法计算SOC,并有电池内阻的计算与更新(It realizes the calculation of SOC by the method of ampere-time integration of batteries, and calculates and updates the internal resistance of batteries.)
LTC6820_STM32
- STM32平台建立的ltc6811的工程,能够正常使用该芯片(The project of ltc6811 based on STM32 platform can use the chip normally.)
SOC
- 电池组的SOC估算方法程序,采用安时积分法(The procedure of SOC estimation for battery packs is based on the time integration method.)
_5位半万用表
- BMS解决方案C语言程序源码 有电压、电流等采集方案源代码(nfineon BMS solutions C language program source code)
strun1971
- 4路ADC信息采集,OLED显示,12路外部中断输入,6路隔离输出控制,3路232,1路485,1路I2C(4 channels ADC information acquisition, OLED display, 12 channels external interrupt input, 6 channels isolated output control, 3 channels 232, 1 channels 485, 1 channels I2C)
BMS_master
- 文件包含了电动汽车电池管理系统的系统相关学习资料(Study materials related to electric vehicle BMS system)
J1939_newbms
- 新国标充电桩和BMS数据分析协议。DBC文件。(New GB charging post and BMS data analysis protocol. DBC file.)
用有2CAN口的单片机管理电动车的充放电
- 使用STM32F4XX实用程序,双can,可用于新能源汽车自主开发各种应用程序,控制BMS,充放电。(The developed program has 2 cans on STM32F4xx, applable for auto EV to talk with BMS for charging and decharging.)
储能电池管理系统(BMS)
- 储能电池管理方面比较好的技术文档,可以参考下学习
SH367309.rav
- 中颖电池管理BMS前端芯片SH367309.PDF的详细资料
SH367309Writer -tool-v2.2
- 中颖电池管理系统BMS前端芯片SH367309的上位机烧写工具SH367309WriterPCTool-V2.2