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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 artic
AugmentedLeastSquares
- 增广的最小二乘法源程序，加以改进，可以用于动力电池的电路模型参数辨识，也可以用于超级电容的系统辨识-Augmented Least Squares source code, to be improved, can be used to power batteries of the circuit model parameters identification, super-capacitor can also be used for s
BMS
- 绿色能源，电动汽车动力电池管理系统（BMS）设计资料-According to the important status of power management system in the autocar powersystem the importance of test for power system has been discussed.
BatteryMangerSystem
- 新能源，电动汽车动力电池管理系统（BMS）测试方案-According to the important status of power management system in the autocar powersystem , the importance of test for power systemvhas been discussed.
2010---Battery--analysis-report
- 2010年动力电池行业发展规划，纲领性的文件哦-2010 battery industry development planning, programmatic document oh
Applying-Power-Battery--in-Grid
- 通过动力电池参与电网调峰应用分析,论述电动汽车动力电池移动储能技术应用优势、可行性和基本 系统模型,为今后的研究提供参考 -In this paper, the application ofpowerbatteries for the peak regulation in gridwas analyzed. The advanta- ges, feasibilities and basic system model of t
LTC-6802-cell-voltage-monitor
- 电动汽车动力电池采压芯片6802SPI发给freescale单片机电压信息。-The electric vehicle power battery mining pressure the chip 6802SPI distributed freescale MCU voltage information.
batterytest
- 锂电池模型动力锂电池RC等效模型辨识方法双RC模型的搭建(Lithium battery model, power lithium battery, RC equivalent model identification method, double RC model)
电动汽车动力电池管理系统设计
- 书籍电动汽车动力电池管理系统设计，适合汽车电子从业人员。(Books electric vehicle power battery management system design, suitable for automotive electronics from personnel of course of study.)
电动汽车动力电池管理系统设计 谭晓军 BMS书籍
- 电动汽车动力,电池管理系统设计 谭晓军 BMS书籍(Electric vehicle power battery ,management system design, Tan Xiaojun BMS books)
RC
- 一阶RC动力电池模型做电量估计SOC的m代码(The M code of the first order RC power battery model to estimate the power of SOC)
equiva
- 动力电池二阶RC模型的搭建和simulink下的仿真(Two order RC model of power cel)
电池SOC估算
- 电池荷电状态的估算是电池管理系统的核心内容估算准确与否,将直接影响到电池管理系统的决策和控制。在结合开路电压法、安时法的基础上。充分利用扩展卡尔曼滤波法的修正功能综合考虑电池充放电倍率、温度和充放电循环次数等因素对电池的影晌,提出了卡尔曼滤波修正算法,并将其应用在插电式混合动力汽车电池管理系统中。(The estimation of battery charge state is the core content of battery
STBTS
- 测试动力电池的充放电特性，测试流程按工序自动执行(Test the charging and discharging characteristics of the power battery, and the test process is automatically executed according to the process.)
le_10_a
- 混合动力汽车整车模型(发动机、电机、电池)(Hybrid automobile model (engine, motor, battery))
08-锂动力电池健康度评价与估算方法的研究_李然
- 可以用于锂电池建模与SOC估计，非常有用方便。(It can be used for lithium battery modeling and SOC estimation)
battery
- 用simulink建立的电池模型，可供混合动力及新能源车使用(The battery model established by Simulink can be used for hybrid and new energy vehicles.)
卡尔曼滤波估测电池SOC
- 用于动力电池SOC估计，在simulink搭建模型，采用一阶RC环节(matlab/Simulink,SOC estimation,extended Kalman filter)
sop_1
- 在Simulink中搭建电池估算SOP的算法，用于动力电池功率状态的预测(state of power,simulink,battery management system)
燃料电池混合动力汽车的仿真模型
- 用于建立电池模型用于电池管理，可进行嵌入使用(It is used to build battery model for battery management and can be embedded for use)