设计简介
二维跟踪太阳光伏发电装置设计（双摇杆式）
摘要
在太阳能产业上，二维跟踪装置有着独到的作用，本文主要针对太阳能产业太阳能电池板的太阳能追踪设计了二维跟踪装置，实现跟踪的自动化。增加了太阳能利用率。该太阳能产业生产二维跟踪装置实现了自动追踪、复位等功能并实现了高效率太阳能转化的目的。为了现实这些动作，采用部件设计，分别实现这些动作。控制系统把各个部件的独立运动协调起来，形成了一个有规则运动系统。各个部件的联接，先造出一个合格的机械本体，把各个部件安装在机械本体上，形成一个机器。
关键词： 太阳能；接近开关；步进电机。
2 dimensions trail installation design
Abstract
In the estate of sun energy , 2 dimensions trail installation have original role, this paper tracks mainly according to the sun energy of the industrial cell panel of sun energy of sun energy, have designed 2 dimensions to trail installation, realize the automation that trailed. Have increased the utilization rate of sun energy.It is tracked voluntarily that this sun energy is industrial to produce 2 dimensions to trail installation to realize , the functions such as reset the purpose that has realized the efficient transformation of sun energy. For these realistic movements, with parts, design and difference realize these movements. Control system coordinates the independent sport of every parts , have formed one have regular sport system. The coupling of every parts makes a acceptable mechanical body first, install every parts in mechanical body on, form a machine.
Keywords: Sun energy; Is close to switch; Walk into generator.
目录
1 绪论 1
2 总体方案设计 5
2.1 总体设计的思路 5
2.2 总体设计方案的采用 5
3 传动机构设计 8
3.1 电机的计算与选型 8
3.2 减速齿轮的设计计算 15
3.3 接近开关的选型 18
3.4 电池组板框架结构设计 21
3.5 俯仰角的跟踪 22
4 二维跟踪装置构主要零部件的校核 23
4.1 轴承的选取及校核 23
4.1.1 轴承的轴向固定 23
4.1.2 轴承组合的调整 24
4.1.3 轴承的润滑和密封 24
4.1.4 轴上零件的周向定位 24
4.2 轴的设计及校核 26
4.3 齿轮的校核 29
结论 32
致谢 33
参考文献 34
