LED太阳能路灯的设计与调试安装.doc

 毕业设计（论文） 题 目： LED太阳能路灯的设计与调试安装 系（院）： 专业： 电气自动化技术 姓 名： 学号： 校内指导教师： 职称： 讲师 摘 要 太阳能是最环保的能源，利用太阳能来照明将是低碳生活的发展趋势。地球资源的日益贫乏，基础能源的投资成本日益攀高，各种安全和污染隐患可谓无处不在，太阳能作为一种“取之不尽、用之不竭”的安全、环保新能源越来越受重视。随着太阳电池转换效率和生产技术的不断提高，太阳能发电的应用越来越广泛，在照明领域，太阳能路灯作为系统在国内，被越来越多的所接受。1 LED太阳能路灯的组成 ················································ 2 1.2工作原理介绍··························································2 1.3路灯工作环境························································3 第2章 设计意义和要求······················································· 4 2.1 太阳能使用的意义和发展·············································· 4 2.2 LED灯使用的意义····················································· 4 2.3 设计要求·····························································5 第3章 系统设计 ···························································6 3.1 总体思路设计 ······················································· 6 3.2 太阳能电池组件选择···················································7 3.3 蓄电池类型及容量选择·················································7 3.4 太阳能控制器功能设计·················································8 3.5 LED光源设计························································13 3.6 灯杆及支架设计 ····················································13 3.7 防雷接地设计························································14 第4章 安装调试，问题及解决方法··············································16 4.1 安装调试····························································16 4.2 问题及解决方法······················································16 4.3太阳能路灯整体安装示意图·············································18 第5章 结论·································································20 致谢········································································21 参考文献··································································· 22 引言 跨入21世纪后，人类面临着实现经济和社会可持续发展的重大挑战，如何能在能源有限和环境保护的双重制约下发展经济已成为全球的热点问题。而能源问题更为突出，不仅表现在常规能源的匮乏，更严重的是化石能源的开发利用更加剧了环境的恶化。地球资源的日益贫乏，基础能源的投资