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SOC_kalman
- 基于Kalman滤波器设计思想,仿真实现电池充放电模型建立,实现二阶RC电路充放电模型;-The battery charge and discharge model to achieve second-order RC circuit to charge and discharge model-based Kalman filter design thinking, simulation
ourdev_719427TCNFCQ
- 用51单片机做了个电池充电检测装置,可检测充电电流、电压、温度、充电电量,并通过上位机软件绘制曲线图。-51 microcontroller with a battery charge detection device can detect the charging current, voltage, temperature, charge capacity, and draw the graph by PC software.
chang
- 一个51单片机给电池充放电程序,用4个LED灯显示-A 51 microcontroller battery charge and discharge procedures, with four LED lights display
charge-method
- 根据电动汽车动力电池组的技术和使用特性,电动汽车的充电模式存在一定的差别,以下是不同充电方法的比较-According to the characteristics of the technology and use of electric vehicle battery pack, electric vehicle charging mode there are some differences, the following is a comparison of the different c
1.V1.0
- 采用软件控制电池充放电的源代码,非常智能与高效,安全。-use MCU control battery charge and discharge.
BatteryMonitor
- 这个源代码主要基于笔记本电池电量监控,提供了图形界面显示笔记本电脑电池电量状态。程序可以在系统托盘中更好的显示的您手提电脑电池的功率表. 显示电池图标样式可以自定义选择,以及设置图标大小和显示透明度。支持电池及交流电状态检测和动画显示。-This source code is mainly based notebook battery monitoring, and provides a graphical interface to display the laptop battery cha
PV-charge-controllers
- 基于Buck电路的蓄电池光伏充电控制器,详细计算说明-PV charge controllers based on the the Buck circuit of battery
untitled12
- 光伏电站储能控制中蓄电池的充放电系统,希望能帮助有需要的呃人-Control of photovoltaic power plant energy storage battery charge and discharge system, hoping to help those in need Eren
RH2320
- 1S2P智能电池充电管理,通过继电器控制-1S2P battery charge system
VC
- 通过51单片机控制TLC549的转换值进而配合蓄电池的充放电-Through 51, the converted value TLC549 chip control with battery charge and discharge and thus
Solar-controller
- 本文介绍了一种基于单片机的太阳能控制器,系统使用低功耗、高性能的AT89S51单片机作为控制电路的核心器件。此系统由太阳能电池模块,蓄电池,充放电电路,电压采集电路,单片机控制电路和光耦驱动电路组成。设计使用PWM(脉宽调制)控制技术来控制蓄电池充放电,通过控制MOSFET管开启和关闭达到控制电池充放电的目的。实验结果表明,该控制器性能可靠,可以监视太阳能电池和蓄电池电池状态,实现控制蓄电池最优充放电,达到延长蓄电池的使用寿命。-This paper introduces a solar con
DCDC_Battery
- 电池的充放电模型,可实现能量的双向流动,对于理解DC/DC双向变换器很有帮助。-Battery charge and discharge model, two-way flow of energy can be achieved, for understanding the DC/DC bidirectional converter helpful.
LPC915-BAT--charging
- 这是一个利用LPC915小型廉价芯片在做充电器,在松下的产品里有用过。可以控制LI电池充放电。-This is a small, inexpensive chips using the LPC915 doing charger, the Panasonic has used the product. Can control the LI battery charge and discharge.
2711-Li-charger-online
- 2711锂电池充放电监控,用于松翰2711制作的锂电充放电监控,内含工程代码,ADC,电压电流代码等。-2711 Li-ion battery charge and discharge control for the production of lithium Sonix 2711 discharge monitoring, including project code, ADC, voltage and current codes.
dwmstatus
- dwm window manager status scr ipt, features: - Unicode arrow characters used for interface status indication to save space - Monitoring of loadavg, filesystem space, battery charge, network interfaces (including WLAN) - ISO-8601 timestamp
DEKF
- Dual kalman filter for battery charge estimation
xdcc
- 蓄电池的充放电控制,能够有效的进行控制,高效稳定-Battery charge and discharge control
max17043codeadatasheet
- 锂电池电量监测芯片max17043通讯代码与数据手册-Lithium battery charge monitoring chip max17043 communication code and datasheet
tn25charege48v12ah
- 实用于48v12Ah电动车铅酸蓄电池充电控制 采用四段式:预充-恒流-恒压-浮充 有温度补偿控制和过程参数串行输出。-Practical battery charge control in 48v12Ah electric vehicle lead-acid using four sections: pre-charge- constant current- constant voltage- float temperature compensation control and proces
Battery_li_ion_model
- 锂电池模型 主要对电池的外围电路,充放电特性做了sinmulink环境下的模拟,是锂电池初学者一个很好的入门学习-Lithium battery model is mainly peripheral circuit battery charge and discharge characteristics do simulation sinmulink environment, is a good place to start for beginners lithium learning