搜索资源列表
PV_MPPT
- Solar energy maximum power point tracking, good ppt to understand the concept
LZLLZL
- 实现太阳能电磁板自动跟踪太阳的功能，提高太阳能的利用率。-Achieve automatic tracking solar panels solar magnetic features and improve the utilization of solar energy.
s_fun_CVT
- 主要是利用恒压方法实现光伏阵列的最大功率点跟踪-Method is to use constant pressure to achieve the main solar array maximum power point tracking
mppt
- 关于太阳能最大功率跟踪很好的英文文献，供大家参考-Maximum power tracking of solar energy well in English literature, for your reference
cdssac
- 实现太阳能的准确跟踪，实现了一种新型算法，误差范围控制在1 ， -realize accurate tracking of solar energy, a new algorithm to achieve a range of error within 1 ,
sm1
- 实现太阳能的准确跟踪，实现了一种新型算法，误差范围控制在1 ， -realize accurate tracking of solar energy, a new algorithm to achieve a range of error within 1 ,
Hiren_Patel
- The development of solar power generation, the most important thing is MPPT, or maximum power point tracking and grid inverter technology, this data analysis unique in English (2008-02-16,
yongci
- 太阳能电池板最大功率跟踪的饭仿真模块，仿真结果较好-Solar maximum power tracking. Simulation module, simulation results
XITONG1
- 太阳能的最大功率追踪模型。采用MATLAB建模仿真。-Solar maximum power point tracking model. Using MATLAB modeling and simulation.
raodongfa
- 太阳能光伏最大功率跟踪控制，扰动与观察法的matlab/simulink 仿真模型。-Solar photovoltaic maximum power point tracking control of perturbation and observation method Matlab/Simulink simulation model.
PVInverter_isr
- 太阳能光伏逆变器详细程序，包括最大功率点跟踪-Including interruption of solar photovoltaic inverter detailed program, including the maximum power point tracking
lighting
- 基于单轴跟踪技术的太阳能路灯照明系统。主要是体现最大功率点的追踪，以及电路的实现。-Single-axis tracking technology-based solar street lighting system
gengzhong
- 点光源追踪，步进电机与MSP430，实现对电光源的追踪，可用于太阳能-Point source tracking, stepper motor and MSP430, to achieve the tracking of electric light, can be used for solar energy
mohukongzhiraodong
- 太阳光伏阵列的最大功率点跟踪算法（MTTP）-Solar photovoltaic array maximum power point tracking algorithm (MTTP)
single_phase_grid_pv
- 太阳能最大功率点跟踪，最后加一个单向逆变装置-The maximum power point of the solar tracking
GRad_v1.2.1
- gradient solar tracking, not yet fully completed
SOLAR-DUAL-TRACKING-CODEE
- SOLAR DUAL TRACKING SYSTEM USING PIC16F877A
solar-51-
- 利用KEIL软件，由单片机C语言编写而成，主要包括主程序、初始化程序、校正程序、数据读取程序等。太阳偏转角的状态的监测是由单片机I/O口对光电检测模块进行扫描读入实现的。通过步进电机实现太阳能电池板的转动，达到太阳跟踪的目的。- 利用KEIL软件，由单片机C语言编写而成，主要包括主程序、初始化程序、校正程序、数据读取程序等。太阳偏转角的状态的监测是由单片机I/O口对光电检测模块进行扫描读入实现的。通过步进电机实现太阳能电池板的转动，达到太阳跟踪的目的。 利用KEIL软件，由单片机C语言
follow_sun
- 51单片机实现太阳能跟踪系统，采用pcf8591实现AD采集，单片机控制步进电机旋转。(The 51 single chip computer realizes the solar tracking system, uses the pcf8591 to realize the AD collection, and the MCU controls the step motor to rotate.)
solar
- 太阳能电池控制系统，有PI控制器，具有最大功率点跟踪控制(A solar cell control system with a PI controller with maximum power point tracking control)