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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.
msp430F149
- 硬件平台MSP430F149单片机，用于采集N路光伏电池电流和电压，便于实时监控。-The MSP430F149 microcontroller hardware platform for the acquisition of N-way of photovoltaic battery current and voltage, to facilitate real-time monitoring.
solarcell2
- 太阳能电池模型，可以方便的仿真不同温度以及光照下电压，电流以及功率之间的关系曲线-Model of the solar cell, and can facilitate the simulation of the relationship between the different temperatures and light voltage, current, and power curve
G2452
- 电池 BMS的程序，实现了电压、电流、温度等检测功能，不包括soc算法-The battery BMS program, the detection function of voltage, current, temperature, etc., does not include soc algorithm
5V@2A移动电源
- 由18650电池制作的移动电源系统，将3.6V电压升至5V，此程序是控制板电路的驱动程序及软件控制策略，经实测，稳定可用
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.
PV
- 封装好的模块是PV（光伏电池），本例利用斜坡信号作为电压端输入，仿真出光伏电池的外特性。-The packaged module PV (photovoltaic cells), in this case the use of the ramp signal as the input voltage terminal, simulation of the external characteristics of the photovoltaic cells.
Readflag
- 启动LTC6803-1 电压ADC转换和轮询并读取LTC6803-1电池标志寄存器-Start the LTC6803-1 the voltage ADC conversion and polling and read the LTC6803-1 battery flag register
CK0726V24
- 1，Ni-MH 电池充电器 2，MCU为EM78P258 3，可同时充电节电池或4节电池 4，可充AA电池或AAA电池 5，截止条件为-dV、最高电压、最长时间 6，采用CC+CV+涓流模式充电 -Ni-MH battery charger, MCU for EM78P258 3 rechargeable batteries or four batteries, rechargeable AA batteries or AAA battery 5, the cut-off
MPPT
- 对光伏电池模型的输出电流和电压进行跟踪，寻找最大功率点。-failed to translate
DS2784main
- DS2781开发程序,针对18650电池单节或双节均能完美显示当前容量，剩余时间，当前电压，电流等-DS2781 develop procedures for single or dual 18650 battery can perfectly show the current capacity, remaining time, current voltage, current, etc.
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
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.
BatteryDischarge
- C52单片机为主控，max1270做电压检测，完成的一个电池放电容量测试仪-C52 microcontroller as master, max1270 do voltage testing, completed a battery discharge capacity tester
temp_7_hioki_R
- C#2010写的与仪器HIOKI3561内阻测试仪通讯，测试电池的电压与电阻-C# 2010 written and communication equipment HIOKI3561 resistance tester, test the battery voltage and resistance
v1
- 该代码是为了电池电池管理系统的重要代码，使用单片机作为采集芯片采集电压数据和温度数据-The code is for battery management system is an important code, the use of SCM data acquisition chip voltage and temperature data collected
FDR-4
- 主程序功能有:电池管理,小遥控,PDA,GPRS(DTU),232通信,四路电流采样三路电压采样和相关判断，-Main features are: battery management, small remote control, PDA, GPRS (DTU), 232 communications, four current sampling three voltage sampling and related judgments,
PV_DianChi
- 用Matlab软件搭出来的光伏电池模型，通过输入光照、温度、电压参数，可以实现光伏电池的一般特性。-Take out using Matlab software model of photovoltaic cells, by entering the light, temperature, voltage parameters, you can achieve the general characteristics of photovoltaic cells.
STC12C2052AD
- 基于STC12C2052AD的0-10V电压采集输出模块3节电池供电，有原理图和源程序-STC12C2052AD of 0-10V output voltage acquisition module based on three battery-powered, with schematics and source code
Flyback--PV
- 本软件实现光伏电池出来的低压直流电逆变成高压工频交流电，顺利把太阳能转换成的电能馈送到电网。本软件的主要功能大概分为五部分：1)配置MCU处理器的PWM模块（脉宽调制信号）为互补工作模式使两个反激变换器交替工作，实现交错反激工作模式；2)根据电网周期，在合适的时刻本软件驱动硬件电路，实现逆变，把直流电转换为50Hz、220V交流电；3)本软件具有无线监控功能，通过无线模块监测逆变器工作状态；4)本软件有串口调试功能，可以方便调试程序5)本软件有输出电压超压保护，输出电流过流保护，频率保护-The