搜索资源列表
ICcurve
- 在matlab上实现电池充电是容量-电压曲线的绘制，采用计数法代替微分发技术-Implement matlab code on outputing capcity-voltage curve, which is ploted by counting point menthod instead of derivation
battery-SOC
- 安培积分法与开路电压法估算 电池SOC-Ampere integral method to measure battery SOC
LTC6803-G128_14
- 电池管理程序，单电压采样，均衡，温度采样，LTC6803的使用，是学习电源管理的好参考程序。-Battery Management
pv_array
- 根据光伏电池数学模型所建立的Simulink光伏电池仿真模块，可设定光照强度、短路电流、开路电压、最大功率点电流与电压等参数。-According to the mathematical model of photovoltaic cell, the simulation module of Simulink is built, which can set the parameters such as light intensity, short circuit current, open ci
CVTMPPT
- 用恒定电压法实现MPPT，包含光伏电池模型和CVT算法，采用BOOST升压-CVT_MPPT module
elec_solar_characteristics
- 这个例子展示了如何生成太阳能电池阵列的电压曲线。理解电压曲线对逆变器的设计很重要。理想情况下,太阳能电池阵列总是操作在峰值功率给定的辐照度水平和面板的温度。-This example shows how to generate the power-voltage curve for a solar array. Understanding the power-voltage curve is important for inverter design. Ideally the solar arr
PVsimulation
- 这是一个光伏模拟器的m-function的仿真程序，模拟光伏电池的电压电流输出特性-This is a m-function of pvsimulation base on matlab. And it simulates the solar cell s Voltage-Current characteristic
Kalman_paramater
- 该代码是matlab程序，可用于估计电池阻抗参数，需要自己输入实验的电流和电压数据-The code is a matlab program that can be used to estimate the battery impedance parameters, needs its own input voltage and current experimental data
MK5238AProgram
- 电池保护板检测，检测电池的电压、电流和温度代码。-Battery protection board testing, test the battery voltage, current and temperature code.
NUC230_LCD1602_RS485
- 基于NUC230单片机，通过RS485获得电压、电流等电池资讯，在LCD1602上实时显示-Based NUC230 microcontroller, obtain voltage and current battery information through RS485, real-time display on the LCD1602
measuring-battery-power
- 基于STM32简易地根据电池开路电压测量锂电池电量的工程文件-Project of measuring Lithium battery power according to the voltage
BatteryMonitor
- 读取系统电池信息厂商、型号，电量百分比，电量总电量，电压，充放电率，电流，充电状态-Read information system battery manufacturer, model, power percentage, total electricity power, voltage, charge and discharge rate, the current, the charging status
photo-voltaic-cells
- 这是我搭建的10W小功率太阳能电池模型，可根据实际情修改太阳能光伏电池的功率、短路电流、开路电压、额定电流和额定电压。另外还有最大功率跟踪模型和高频升压逆变模型也传上来，做得比较简单，有需要的可以参考一下~-Solar photovoltaic power generation system
guang_fu_dian_chi
- 一个基于matlab的光伏电池模型，完美实现电流电压的随光照的仿真-A matlab based photovoltaic cell model, the perfect realization of the current voltage with the light of the simulation...
6804-DEMO
- 凌力尔特LTC6804驱动程序，可应用在电池管理系统中采集电池单体电压-Can be collected battery cell voltage, mainly AD conversion
BMS202Monitor24SV1.1R
- 电池管理系统上位机,接收发送数据，显示电池温度及电压数据，数据存储，导出EXCEL -BMS upper
taiyangneng
- 实现太阳能电池板稳定输出5v电压，并实现充电给3.7v锂电池-To achieve stable output of solar panels 5v voltage, and to achieve charging
PVblockcheck
- 搭建的10W小功率太阳能电池模型，可根据实际情修改太阳能光伏电池的功率、短路电流、开路电压、额定电流和额定电压-Solar photovoltaic power generation system
singlecapacitance
- 利用单电容进行主动均衡,实现各个电池单体电压的一致-active balance
基于PSCAD的光伏电站仿真与分析
- 在分析光伏发电原理与光伏电池数学模型的基础上，对由若干光伏阵列组成的大型光伏电站进行PSCAD仿真建模，并分析其运行特性。采用恒电压跟踪方法并利用不同温度下的测量制表值共同实现大规模光伏阵列的最大功率点跟踪(maximum powerpointtracking，MPPT)，并设计了相应的并网逆变器控制策略。最后，对大型光伏电站在正常运行以及站内外发生三相短路故障的情况进行仿真分析。(On the basis of analyzing the principle of photovoltaic g