stm32的太阳能应急电源设计
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2017年 3 月
基于STM32的太阳能应急电源设计
毕业论文
系 部: 电子与通信工程系
学生姓名: 殷佳佳
专业班级: 通信14C2
学 号: 143341218
指导教师: 孙 岚
*51今日免费论文网|www.jxszl.com +Q: ¥351916072$
/> 2017年 3 月 20 日
声 明
本人所呈交的 基于STM32的太阳能应急电源设计 ,是我在指导教师的指导和查阅相关著作下独立进行分析研究所取得的成果。除文中已经注明引用的内容外,本论文不包含其他个人已经发表或撰写过的研究成果。对本文的研究做出重要贡献的个人和集体,均已在文中作了明确说明并表示谢意。
作者签名: 殷佳佳
日 期: 2017.3.9
Abstract
This paper is based on emergency power supply as the basic research direction, through the use of microcontrollers, solar panels and some peripherals, in order to achieve the emergency power supply charging and control mode changes. For todays society, peoples lives, work, entertainment and so can not do without electricity, such as: the factory machinery, lighting; home air conditioners, rice cookers, electric lights; people carry mobile phones, tablet and so on. In order to avoid the home because of power outages caused by various problems, the installation of a simple and practical emergency power supply equipment can be described as more insurance measures. This design uses the STM32F103RCT6 type of microcontroller as the core control chip, through the use of C language to write the corresponding control procedures to achieve intelligent control and manual control of the emergency power supply design; In addition, in this design to backup power supply mode Solar panels instead of charging, so that not only can save the users home electricity, but also the effective use of environmental resources. In the actual use of the process, the user can touch the color screen to see the time, date, current indoor temperature and humidity data;by clicking on the corresponding location on the screen, you can set the upper and lower temperature and humidity data, time settings, Standby power supply charging and switching automatic, manual control of the direction of the operation of solar panels. The final design of the results produced by the success of the preset to achieve the various functions.
【Key words】:SCM; Emergency Power Supply; Solar Panels
目 录
引言 1
(一)本设计研究背景 1
(二)本设计研究内容及成果 1
一、制作方案 2
(一)单片机外围电路构成 2
(二)设计制作流程 2
二、备用电源及太阳能板介绍 3
(一)备用电源介绍 3
(二)太阳能板介绍 3
三、核心单片机介绍 4
(一)单片机类型及型号的选择 4
(二)单片机内部的构造 5
原文链接:http://www.jxszl.com/dzxx/txgc/50435.html
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