Description: 利用ATTINY26 mcu开发的一款太阳能电源箱的程序，对太阳能板及电池电量的检测和控制。当电量较低时，发出声光报警并切断输出。-ATTINY26 mcu development of the use of a solar power supply box procedures, solar panels and battery power detection and control. When the electricity is low, the issue of sound and light alarm and cut off the output. Platform: |
Size: 11264 |
Author:suwei |
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Description: 曾经给别人做的太阳能充电器源程序，使用PIC16F716,主要用于显示电量，和一些按键控制，程序也能用于MDT2051单片机-Others have to do solar charger source, the use of PIC16F716, mainly used to display power, and a number of key control procedures can be used for single-chip MDT2051 Platform: |
Size: 36864 |
Author:ww |
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Description: 许多有用的地理位置，太阳能为动力的水泵是特别有利的偏远地区，那里可能没有常规电源提供地下水。令人印象深刻的CY8C27443微控制器为基础的太阳能水泵控制器采用了混合信号阵列，可控制的三阶段电机驱动经营潜水水泵直接从太阳能电池板。
强大的PSoC微控制器提供了三相PWM生成，信号调理，过电流和短路保护，温度监测，并不断的电压频率控制。此外，微控制器CY8C27443最大的电力来自太阳能电池阵列。这样做的结果是强大的，低成本，高效率的控制器。-Solar Pump Controller
Useful in many geographic locations, solar-powered pumps are particularly advantageous in remote areas, where there may not be conventional power to provide ground water. The impressive CY8C27443 microcontroller-based Solar Pump Controller features a mixed-signal array that controls a three-phase motor drive to operate a submersible water pump directly from solar panels. The powerful PSoC microcontroller provides three-phase PWM generation, signal conditioning, over-current and fault protection, temperature monitoring, and constant voltage-to-frequency control. Additionally, the CY8C27443 MCU maximizes the power from the solar array. The result is a robust, low-cost, highly efficient controller.
Platform: |
Size: 1649664 |
Author:xxxueok |
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Description: 电源控制程序，用于太阳能和交流充电，是理想的控制程序-Power control program for solar energy and the exchange of charge, is the ideal control program Platform: |
Size: 5120 |
Author:liulibo |
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Description: matlab simulink 对太阳能发电系统的模拟仿真，该系统还具有MPPT最大功率跟踪的控制电路-matlab simulink for solar power generation system simulation, the system also has the MPPT maximum power point tracking control circuit Platform: |
Size: 10240 |
Author:海靖 |
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Description: 太阳能设计掉电后测控仪仍能实时显示水温、水位，同时记忆掉电时的设定及工作情况，来电后仍按原设置进行工作并恢复掉电前的工作状态。
、-Solar Design power-down after the measurement and control instrument still real-time display water temperature, water level at the same time when the memory power-down settings and work of the call based upon the original settings after the work and restore the power-down prior to working condition. , Platform: |
Size: 1146880 |
Author:wjpff |
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Description: This a power generating method from sunlight.This method of power generation is simple and is taken from natural resource. This need only maximum sunlight to generate power. This project helps for power generation by setting the equipment to get maximum sunlight automatically. This system is tracking for maximum intensity of light. When there is decrease in intensity of light , this system automatically changes its direction to get maximum intensity of light.
Here we are using two sensors in two directions to sense the direction of maximum intensity of light. The difference between the outputs of the sensors is given to the microcontroller unit.
Here we are using the microcontroller for tracking and generating power from sunlight. It will process the input voltage from the comparison circuit and control the direction in which the motor has to be rotated so that it will receive maximum intensity of light from the sun.-This is a power generating method from sunlight.This method of power generation is simple and is taken from natural resource. This need only maximum sunlight to generate power. This project helps for power generation by setting the equipment to get maximum sunlight automatically. This system is tracking for maximum intensity of light. When there is decrease in intensity of light , this system automatically changes its direction to get maximum intensity of light.
Here we are using two sensors in two directions to sense the direction of maximum intensity of light. The difference between the outputs of the sensors is given to the microcontroller unit.
Here we are using the microcontroller for tracking and generating power from sunlight. It will process the input voltage from the comparison circuit and control the direction in which the motor has to be rotated so that it will receive maximum intensity of light from the sun. Platform: |
Size: 122880 |
Author:Binu |
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Description: In this project, I have studied the physics of solar panel and simulated the solar panel with the help of Matlab Simulink. The maximum peak power tracker algorithm was implemented in order to control the duty ratio of the system and thereby maximize the efficiency of the system. The effect of changes in insolation and temperature was also studied and simulated in Simulink. The simulation results match the physics depicted in theory and the anticipated results.-In this project, I have studied the physics of solar panel and simulated the solar panel with the help of Matlab Simulink. The maximum peak power tracker algorithm was implemented in order to control the duty ratio of the system and thereby maximize the efficiency of the system. The effect of changes in insolation and temperature was also studied and simulated in Simulink. The simulation results match the physics depicted in theory and the anticipated results. Platform: |
Size: 6144 |
Author:rupesh |
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Description: The exponential growth in the number of Photovoltaic
(PV) system installations verifies that solar power
technology has become one of the promising energy
resources. This paper introduces new control scheme
and converter topology for low to medium power PV
applications. Proposed topology provides independent
MPPT and power decoupling without the use of bulky
electrolytic capacitors. Platform: |
Size: 267264 |
Author:mimo |
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Description: 在聚光型太阳能热发电系统中。聚光装置需要实时跟踪太阳。以提高发电效率，在开环控制的太阳跟踪系统中，太阳位置的计算精度更为重要。比较了几种常用计算太阳位置的简单方法，并总结出一种算法简单的
高精度太阳位置计算方法，此方法的高度角、方位角计算最大误差分别为O．05，O．13-In the concentrating solar thermal power systems. Need real-time tracking solar concentrator devices. To improve power generation efficiency, the open-loop control of the solar tracking system, the sun' s position accuracy is more important. Compares several commonly used simple way to calculate the position of the sun, and concluded that an algorithm simple method of calculating high-precision position of the sun, this method of elevation angle, azimuth calculating the maximum error of O. 05, O. 13 Platform: |
Size: 380928 |
Author: |
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Description: 提出基于可编程逻辑控制器PLC 的太阳能跟踪系统, 使光伏模块能实时跟踪太阳光照, 从而最大限
度地获得太阳能。系统的硬件有PLC 输入/输出端口的配置、信号处理单元、光敏电阻光强法比较电路和开关电
源的设计 系统的软件有PLC 的控制和监控程序, 基于Visual Basic 6.0 软件平台开发的PC 机监控和数据采
集程序。基于PLC 的太阳能跟踪系统既适用于独立的太阳能发电设备, 也适用于串、并联的大型太阳能光伏发
电系统的现场总线控制-Proposed based on programmable logic controllers PLC' s solar tracking system that allows real-time tracking of photovoltaic modules to sunlight, so as to maximize access to solar energy. System' s hardware PLC input/output port configuration, signal processing unit, the light intensity method is more photosensitive resistor circuit and switching power supply design system software with PLC control and monitoring procedures, based on Visual Basic 6.0 software, the PC platform monitoring and data collection procedures. PLC-based solar tracking system is applicable to an independent solar power generation equipment, but also for the series and parallel large-scale solar photovoltaic power generation fieldbus control system Platform: |
Size: 338944 |
Author: |
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Description: 太阳能家用照明系统由光伏电池组件、蓄电池、控制器和照明负载等主要器件组成。光伏电池组件将接收到太阳光能转变电能储存在蓄电池之中，控制器将根据用户的需要控制蓄电池向照明负载供电或断电-Solar home lighting system consists of components of photovoltaic cells, batteries, controller and lighting load device.Components of photovoltaic cells will receive the solar energy into electricity stored in batteries into the controller will be based on the user s need to control the battery power supply or power to the lighting load. Platform: |
Size: 2102272 |
Author:彭玥 |
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Description: 本文介绍了一种基于单片机的太阳能控制器，系统使用低功耗、高性能的AT89S51单片机作为控制电路的核心器件。此系统由太阳能电池模块，蓄电池，充放电电路，电压采集电路，单片机控制电路和光耦驱动电路组成。设计使用PWM（脉宽调制）控制技术来控制蓄电池充放电，通过控制MOSFET管开启和关闭达到控制电池充放电的目的。实验结果表明，该控制器性能可靠，可以监视太阳能电池和蓄电池电池状态，实现控制蓄电池最优充放电，达到延长蓄电池的使用寿命。-This paper introduces a solar controller based on MCU, AT89S51 chip with low power consumption, high performance of the system as the core device control circuit. This system consists of solar battery module, battery, charging and discharging circuit, voltage acquisition circuit, SCM control circuit and optocoupler drive circuit. Design using PWM (pulse width modulation) control technology to control the battery charge and discharge, by controlling the MOSFET tube open and closed to control the battery charge and discharge of the objective. The experimental results show that, the controller performance is reliable, can monitor the solar cell and battery state of charge and discharge the battery, to achieve optimal control, to prolong the service life of the battery. Platform: |
Size: 522240 |
Author:阿娇 |
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Description: 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. Platform: |
Size: 4096 |
Author:何初冬 |
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Description: Maximization of power a solar photo voltaic module (SPV) is of special
interest as the efficiency of the SPV module is very low. A peak power tracker is used for
extracting the maximum power the SPV module .The present work describes the
maximum power point tracker (MPPT) for the SPV module connected to a resistive load.
A Personal Computer (PC) is used for control of the MPPT algorithm. The power tracker
is developed and tested successfully in the laboratory. The simulation studies are carried
out in MATLABR /SIMULINKR .-Maximization of power a solar photo voltaic module (SPV) is of special
interest as the efficiency of the SPV module is very low. A peak power tracker is used for
extracting the maximum power the SPV module .The present work describes the
maximum power point tracker (MPPT) for the SPV module connected to a resistive load.
A Personal Computer (PC) is used for control of the MPPT algorithm. The power tracker
is developed and tested successfully in the laboratory. The simulation studies are carried
out in MATLABR /SIMULINKR . Platform: |
Size: 833536 |
Author:iman |
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Description: Secure Solar Power
The Atmel AVR family of controllers provides the engineer with cost effective
solutions in designing low power control systems. Platform: |
Size: 1558528 |
Author:Umair |
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Description: 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) Platform: |
Size: 694272 |
Author:Keeyu |
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