毕业设计风光互补发电系统的研究 联系客服

发布时间 : 星期四 文章毕业设计风光互补发电系统的研究更新完毕开始阅读f39b141df6ec4afe04a1b0717fd5360cba1a8de0

四川成都科技大学

2010届学士学位论文

风光互补发电系统的研究

系 别: 专 业: 学 号: 姓 名: 指 导 教 师: 指导教师职称:

2010年5月10日

四川成都科技大学2010届学士毕业论文 风光互补发电系统的研究

风光互补发电系统的研究

摘要 风光互补发电系统近几年引起了许多专家学者的关注,也取得了一定的成果,并已经推广了日常生活中来。风光互补照明供电系统,充分利用清洁能源,实现零耗电、零排放、零污染,产品广泛应用于道路、景观、小区照明及监控、通讯基站、船舶等领域。本文通过对风光互补发电系统的现状分析,从其技术原理入手,将重点放在了风光互补的发电部分,主要通过对风光互补发电原理及电路分析,为风光互补发电系统提供了一个很好的基础。并通过对风光互补系统的逐步分析,对风光互补发电系统做了一个整体研究,通过研究得出,作为两种新型能源的充分利用系统,风光互补发电系统更加适合现在生活需要。

关键词 风光互补发电系统;太阳能电池板;太阳能发电原理;风光系统

Research on wind and solar power generation system

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四川成都科技大学2010届学士毕业论文 风光互补发电系统的研究

Abstract Summary of wind and solar power generation systems in recent years has aroused the concern of many experts and scholars, but also achieved some results, and has been extended to everyday life. Wind and solar powered lighting system, full use of clean energy, to achieve zero power, zero emissions, zero pollution, are widely used in roads, landscape, residential lighting and control, communication base stations, ships and other fields. Based on the status of wind and solar power system analysis, technical principles from start to focus on some of the wind and solar power generation, mainly wind and solar power through the principle and circuit analysis for wind and solar power generation system provides a good basis. And through the system step by step analysis of wind and solar, wind and solar power generation system to do on a comprehensive study, obtained through research, as two full advantage of new energy systems, wind and solar power generation system is more suitable for present needs.

KEY WORDS Wind and solar power generation systems; solar panels; solar power principle; scenery system

目次

1 绪论 ????????????????????1

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四川成都科技大学2010届学士毕业论文 风光互补发电系统的研究

1.1 风光互补的发展历程 ??????????1 1.2 风光互补技术原理 ???????????1 1.3 风光互补的应用 ????????????2 2 系统硬件设计 ????????????????4

2.1 系统设计方案 ?????????????4 2.2 系统各部分介绍 ????????????4 2.3 开关器件 ???????????????12 3 系统软件设计 ????????????????12

3.1 C语言程序的设计基础 ?????????12 3.2 主程序设计 ??????????????13 4 测试结果分析 ????????????????14

4.1 测试结果分析 ?????????????14 4.2 电路总图 ???????????????15 5 结 论????????????????????17 参考文献 ??????????????????18 致 谢 ???????????????????19

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