搜索资源列表
C
- 太阳能路灯控制器的c语言出程序主要为中断-Solar street lamps control
CIT
- TI公司DSP2812,恒流控制太阳能电池充电器程序工程文件 -TI' s DSP2812, constant current control solar battery charger program project file
UCGUI
- 模拟太阳能控制器 实现了 9320 液晶显示 与 触摸屏控制-Of simulated solar controller to achieve the 9320 liquid crystal display with touch screen control
wnl
- 本万年历高防hao123万年历,支持IE浏览器,360浏览器,搜狗浏览器,火狐浏览器,谷歌chrome浏览器等主流浏览器,同步本机时间,国际时间,支持80多个国家当地地间查询,支持农历转换,提供公众节假日,国际节日,传统节日,支持24节气显示,公历支持从1900年到2049年查询,界面简单大方,无需数据库,上传即可使用!-The calendar of high anti-hao123 calendar support IE browser, 360 browser Sogou browser
96VSOLAR
- 太阳能发电系统控制部分的源代码,是用C语言开发的,供参考。-Solar power system control part of the source code is written in C language development, for reference.
Projet-Smart-grid1(REE)
- Distributed generation of electricity currently has a very important development. Several renewable and free energy sources like the wind (windmills), solar (photovoltaic or thermal) are increasingly used to produce electricity locally on remote site
Case
- 这是一个用VS2012编写的太阳能发电控制程序-This is a VS2012 control program written in solar power
batpso
- Active and Reactive power control of Solar power Microgrid
AC_Voltage_Control
- Photovoltaic solar power technology is being pushed to the forefront as a viable alternative source of renewable energy. Addressing the key design challenges involved in the development and implementation of these systems requires simulation tools ca
single4
- 基于simulink的太阳能单极性移相控制的光伏并网逆变器的仿真-PV' s solar grid inverter based simulink phase shift unipolar Control Simulation
DSC-CN3767
- 适用于12V铅酸电池,调高充电效率-Lead-acid battery solar charge control chip
SolarSystem
- 自己设计的太阳系模型。根据Date类,Calendar类等设计动态的可控制的太阳系模型。-Own design of the solar system model. According to the Date class, Calendar class and so the design of dynamic control of the solar system model.
rdms
- 太阳能并机控制器,读取模块的信息并反馈给中控(The solar energy parallel controller reads the information of the module and feedback it to the central control unit.)
PIC 16F84A HEATER COLTROL
- PIC16F84A SOLAR THERMAL CONTROL
1
- 本设计采用STC12C5A60S2单片机为核心设计了一个光伏寻日控制器。设计包括硬件设计和软件设计两大部分。 硬件设计部分包括单片机最小系统、光电检测模块、电源模块、电机驱动模块、LCD显示模块和按键模块六个部分。控制器采用双轴光电检测跟踪方式,由MCU完成计算与控制,并产生用于控制两个步进电机的信号,控制电机旋转实现寻日效果。通过按键可以改变运行模式,手动控制系统运作。系统具有实时显示与键盘扫描等功能。软件采用了模块化的设计方法,主要分为主程序、电机控制程序、AD子程序和液晶显示子程序四部分
51单片机太阳能跟踪系统(附仿真及程序)
- 对太阳能进行有效的跟踪控制,提高太阳能的利用率.(Effective tracking and control of solar energy to improve utilization of solar energy.)
