搜索资源列表
SOLAR
- Solar Charge controller
CDQ
- 基于STC12C2502AD的太阳能充电控制器程序-STC12C2502AD-based solar charge controller program
chargerall
- 在simulink里自建的一个电池充放电仿真模型，通过验证-Built in simulink battery charge and discharge simulation model, by verifying
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
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
Copie-(2)-de-DepaMAnger-LAST
- ce code, permet d automatiser le dépouillement de la courbe de charge des fichiers *.PRN
LCD
- Solar Charge Controller-Solar Charge Controller
Battery_charge
- 可以实现目前各种类型电池的充放电控制，在线观察电池的SOC等数据-It can realize the current charge and discharge of various types of battery control, online observation battery SOC data
buck-supercapacitor
- 基于buck变换电路的双闭环超级电容器充电电源，控制器采用PI调节，恒流控制充电，效果良好-Based on buck transform circuit, the double closed loop capacitor charging power supply ，controller PI adjustment, the constant current charge control，The result is good
EV_Charge_Diode_20120516
- 电池充电模型的搭建，可以对电池进行充电同时故障时可对负载供电-Built battery charging models, you can charge the battery power to the load while failure can
SOC-kalman
- state of charge of battery with ekf
mybattery
- model of battery and estimate sate of charge with ekf
dicsonchargepump
- This describes the charge pump circuit design
zhengliugridsidedcdc
- 基于对蓄电池充电，并且能够实现逆变包含SVPWM模块，而且包含DC/DC模块。可实现整流逆变双向。-Based on the battery charge, and can achieve SVPWM inverter module contains, and includes DC/DC module. Enables bidirectional rectifier inverter.
Dual_DC_DC
- 双向DC/DC控制器研究 日照区时，光伏发电系统提供负载能量，同时多余的能量通过DC 给蓄电池充电；日影区时，蓄电池通过DC给负载提供能量。-Bidirectional DC/DC controller of photovoltaic power generation system Rizhao area, providing load energy, the excess energy through the DC to charge the battery the shadow area
muhuPID
- 模糊PID控制，采样模糊控制器和PID控制相结合，实现蓄电池的充放电-Fuzzy PID control, sampling fuzzy controller and PID control combined to achieve the battery charge and discharge
pi
- 光伏阵列，降压电路（buck），恒压充电控制(Photovoltaic array, step-down circuit (buck), constant voltage charge control)
LAP_BE40
- 给定某处电场边界上40个节点的电压值或电荷量，即可得知此处整体的二维电压分布情况。(Given the voltage or charge of 40 nodes on an electric field boundary, the overall two-dimensional voltage distribution here can be obtained.)
SetupBatteryCare
- manager pin, charge pin