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Description: 万年历的完整算法:1900~2100
它首先计算出对应阳历月第一天对应是星期几，然后根据数据压缩算法确定，
确定对应的阴历日期；
而阴历节气，则有条件规律算法实现
这个万年历包括
阳历 阴历 星期对照
阴历 天干地支 生肖
-calendar integrity algorithm : 1900-2100 its first calculation of the corresponding solar calendar counterpart on the first day of the week. according to data compression algorithm to determine the date corresponding to the lunar calendar; and the cycle of the lunar calendar, it conditional law algorithm to achieve this calendar week including solar control the lunar calendar the Year of the lunar calendar Thus
Platform: |
Size: 10598 |
Author: lichun |
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Description: 此程序了模拟太阳九大行星运动并实现了纹理，控制运动等操作-simulated solar physics movement and the achievement of texture, movement control operation
Platform: |
Size: 4234240 |
Author: 丁光 |
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Description: 太阳能自动跟随器，利用单片机控制步进电机，跟随太阳方位移动-solar automatic follower, using SCM control stepper motors, bearings mobile follow the sun
Platform: |
Size: 5120 |
Author: C |
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Description: 万年历的完整算法:1900~2100
它首先计算出对应阳历月第一天对应是星期几，然后根据数据压缩算法确定，
确定对应的阴历日期；
而阴历节气，则有条件规律算法实现
这个万年历包括
阳历 阴历 星期对照
阴历 天干地支 生肖
-calendar integrity algorithm : 1900-2100 its first calculation of the corresponding solar calendar counterpart on the first day of the week. according to data compression algorithm to determine the date corresponding to the lunar calendar; and the cycle of the lunar calendar, it conditional law algorithm to achieve this calendar week including solar control the lunar calendar the Year of the lunar calendar Thus
Platform: |
Size: 10240 |
Author: lichun |
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Description: C编，用AVR单片机，对于初学者很有帮助，控制大电流太阳能控制器-C series, and AVR for beginners helpful, control large current solar controller
Platform: |
Size: 53248 |
Author: 何宏 |
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Description: 太阳能电池转换控制程序！用汇编语言编写！实用！-Solar cell conversion control program! Prepared to use assembly language! Practical!
Platform: |
Size: 3072 |
Author: zxp |
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Description: The Solar Model is real time modeling of solar system. It allows user to navigate in space, to control time counting (speed-up time flow) and estimate movement of space bodies, bind camera to space objects (for example, from Moon on Earth in real time). -The Solar Model is real time modeling of solar system. It allows user to navigate in space, to control time counting (speed-up time flow) and estimate movement of space bodies, bind camera to space objects (for example, from Moon on Earth in real time).
Platform: |
Size: 172032 |
Author: Ying Zhu |
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Description: 本程序实现两路数据采集，数据分析，发出控制命令控制步进电机运转，基于pic16f877开发的。-This procedure achieve two-way data collection, data analysis, issue control commands to control stepper motor operation, based on the PIC16F877 development.
Platform: |
Size: 1024 |
Author: 林东海 |
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Description: solar control solar control-solar control solar control solar control
Platform: |
Size: 48128 |
Author: babu |
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Description: AVR MEGA32太阳能充电及逆变控制含电路图值得参考!-The solar energy is charged and go against and change and control and include the circuit diagram and worth consulting
Platform: |
Size: 652288 |
Author: 蔡榮發 |
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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: 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: 本人毕业设计模拟太阳系的行星运转，有类似于CS游戏的自由视角变化，包括键盘鼠标，纹理贴图，以及右键菜单控制-I graduated from design simulation operation of the solar system planets, similar to CS have the freedom to view the game changes, including keyboard, mouse, texture mapping, and right-click menu control
Platform: |
Size: 3974144 |
Author: 徐坤 |
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Description: 一种基于MPPT控制的太阳能光伏充电控制器研制-Control based MPPT Charge Controller for solar photovoltaic
Platform: |
Size: 106496 |
Author: countercc |
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Description: 太阳自动跟踪装置控制系统的研究Solar Automatic Tracking Device Control System
-Solar Automatic Tracking Device Control System
Platform: |
Size: 39936 |
Author: 9an |
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Description: 基于STC89C52RC单片机太阳能追光程序的设计，本程序完成太阳能电池板控制云台的控制-Solar spotlight on STC89C52RC chip design process, the process is complete solar control the PTZ control
Platform: |
Size: 29696 |
Author: hairui |
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Description: solar control system
Platform: |
Size: 8192 |
Author: Mohsen |
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Description: 太阳能控编程源码制器，包括过充过放保护电路的编程，以及跟随太阳转动角度的编程-Solar control system device programming source, including over-charge and over-discharge protection circuit programming, as well as to follow the rotational angle of the sun programming
Platform: |
Size: 7168 |
Author: 孟德磊 |
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Description: 具有MPPT功能的DCDC双环控制算法，基于f28035(DCDC double-loop control algorithm with MPPT function based on f28035)
Platform: |
Size: 1611776 |
Author: 创一 |
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