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ver2.0
- 采用CYGNAL F015单片机,用于一个电池老化试验柜(即循环充放电)的实用程序,实现了SMBUS总线通信协议。-used CYGNAL macroeconomic microcontroller, for a battery aging test counters (that is, charge-discharge cycle), the practical procedures to achieve the SMBUS bus communication protocols.
sun
- 用89C52制作太阳电池数显充放电控制器原程序.说明:70H内存单元存放采样值,78H-7AH存放显示的BCD码数据;自然就依次为个位、十位和百位,模数转换器是ADC0809
taiyangnengzhinengreshukongzhixitong
- 本程序是一个太阳能热水器智能控制系统的程序。它以89C52单片机为核心,配合电阻型4档水位传感器、负温度系数NTC热敏电阻温度传感器、8255A扩展键盘和显示器件、驱动电路(电磁阀、电加热、报警)等外围器件, 完成对太阳能热水器容器内的水位、水温测量、显示;时间显示;缺水时自动上水,水溢报警;手动上水、参数设置;定时水温过低智能电加热等功能。 其中本文第一章主要说明了太阳能热水器智能控制系统的研究现状和本课题的主要任务,第二章对系统的整体结构作了简单介绍,第三章重点介绍了水位水温测量电路,第
PIC522_4
- 用PIC16F877做的蓄电池充放电管理程序
ADC_SLOPE
- msp430的413单片机AD充放电程序
RC
- 利用电阻充放电来测量NTC热敏电阻的阻值.
火灾报警
- 蓄电池的充放电控制
PIC16F877a charger
- PIC16F877做的蓄电池充放电管理程序
main.rar
- 本人用STC12LE5202AD做过的太阳能草坪灯LED充放电控制器,具有浮充,过充,过放,光控+时控等功能, 实际应用良好,希望大家多多指导。,I am done with STC12LE5202AD solar lawn lamp LED charge and discharge controller, with a float, over charge, over discharge, light control+ time control and other functions, th
trmperature
- 普通I/O充放电测温,传感器为103AT.程序是用汇编6502指令编写,采用的MCU是sunplus GPL11B-Common I/O charge-discharge temperature, the sensor for the 103AT. Program is 6502 assembly instructions to prepare, using the MCU is sunplus GPL11B
xudianchi
- 三阶蓄电池数学模型pscad实现 可以很好的实现充放电的仿真-Third-order mathematical model of battery to achieve pscad
0111100011
- 基于msp430g2系列的积分式直流电压表,不需要使用AD转换,12864液晶显示,通过充放电的时间计算得到电压值-Integral on msp430g2 series DC voltmeter, do not need to use the AD converter, 12864, LCD voltage value calculated by charging and discharging time
xudianchimokuai
- simulink铅酸蓄电池的仿真模型, 能有效的模拟电池的充放电状态。-simulink simulation model of lead-acid batteries, which can effectively simulate battery charge and discharge status.
TEMP_AD_DISP_SPI
- 利用NTC低价热敏电阻做的温度表,程序中使用二分法查表,SPI送数据到LCD显示,选好充放电电容时室温误差在0.5摄氏度左右.-Use of low-cost NTC thermistor thermometer to do, look-up table used in the program dichotomy, SPI sending data to the LCD display, choose a room temperature charge and discharge capacit
锂电池充电代码
- 一个普通的锂电池充放电代码,应用相对广泛,可以适用于各种汽车电池(A General Charge and Discharge Code for Lithium Batteries,It can be applied to all kinds of automobile batteries.)
251715220842756
- 蓄电池充放电simulink模型,基于三阶模型的铅酸蓄电池建模与仿真_纪伯公(Simulink model for charging and discharging of storage battery)
lithium battery
- 锂离子电池储能的一阶响应仿真模型,能基本实现电池储能的充放电。(The first-order response simulation model of Li-ion battery energy storage can basically realize the charge and discharge of battery energy storage.)
锂电池模型
- 锂电池simulink仿真模型,充放电电流、温度、电池初始电量为输入,电压、电流、SOC等参数为输出。(Lithium battery simulink simulation model, charge and discharge current, temperature, initial battery charge are input, voltage, current, SOC and other parameters are output.)
直流微电网储能系统双向DCDC变换器控制策略研究
- 该文件为半桥式双向dc-dc充放电的仿真,仿真中含有蓄电池,并模拟了电压阶跃(This paper is the simulation of half bridge bi-directional DC charging and discharging, in which the battery is included and the voltage step is simulated)
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.)