The utility model relates to a wind snow blowing device of a photovoltaic panel. The traditional cleaning of photovoltaic panels is manual cleaning, which requires a large number of people. The remote contractor team in the power plant cannot guarantee the number of workers and the time of entering the site in time for a long time. At the same time, the traditional cleaning tools cause friction damage to photovoltaic panels, which affects the power generation performance of photovoltaic panels. The utility model comprises a frame body (1), which comprises a base frame (2). The upper plane of the base frame is respectively fixed with a diesel engine (12) and a fan system (11). The front end of the fan system is connected with the air inlet network through a bolt, the air inlet network is embedded on the outside of the frame shell, the right side of the fan system is connected with the connecting pipe (5) through a flange structure, and the connecting pipe is connected with the corrugated anti-corrosion through a clamp The freezing pipe (6) is connected, the corrugated anti freezing pipe orifice is aligned with the photovoltaic board (14), the front end of the frame body is welded with a traction rod (3), and the front end of the traction rod is connected with the joint (4) through the thread. The utility model is used for a wind snow blowing device of a photovoltaic panel.
【技术实现步骤摘要】
光伏板风力吹雪装置
:本技术涉及一种光伏板风力吹雪装置。
技术介绍
:目前传统清理光伏板都是采用人力清理,如果人工清理36000块光伏板,需要30人不间断工作6-7小时,而且每次清理费用都在6000元以上,清理需要人数众多,所以发电厂的场站偏远包工队,长时间难以保证工人的数量和及时进场工作时间,同时传统的清洁工具对光伏板的摩擦容易损坏光伏板,影响光伏板的发电性能。
技术实现思路
:本技术的目的是提供一种光伏板风力吹雪装置,主要是利用一台小型高压离心式风机系统,通过改进和提高风机系统出口的压力和风速,形成出口风速强、压头大、能快速吹掉光伏板上的积雪。上述的目的通过以下的技术方案实现:一种光伏板风力吹雪装置,其组成包括:架体,所述的架体包括底架,所述的底架上平面分别固定有柴油机、风机系统,所述的风机系统前端通过螺栓与进风网连接,所述的进风网镶嵌在所述的架体外壳的外侧,所述的风机系统右侧通过法兰结构与连接管连接,所述的连接管通过卡箍与波纹抗冻管连接,所述的波纹抗冻管口对准光伏板,所述的架体前端焊接有牵引杆,所述的牵引杆前端通过螺纹与接头连接。所述的光伏板风力吹雪装置,所述的接头通过连接轴与牵引车连接,所述的波纹抗冻管前端安装有套管箍,所述的套管箍通过连接柱与管套连接,所述的管套内部套有支杆并通过调整螺栓固定,所述的支杆底部与所述的架体上平面焊接。所述的光伏板风力吹雪装置,所述的风机系统出口风速为60M/S,所述的底架下方两侧分别通过连接轴与车轮连接,所述的柴油机为单缸柴油机, ...
【技术保护点】
1.一种光伏板风力吹雪装置,其组成包括:架体,其特征是:所述的架体包括底架,所述的底架上平面分别固定有柴油机、风机系统,所述的风机系统前端通过螺栓与进风网连接,所述的进风网镶嵌在所述的架体外壳的外侧,所述的风机系统右侧通过法兰结构与连接管连接,所述的连接管通过卡箍与波纹抗冻管连接,所述的波纹抗冻管口对准光伏板,所述的架体前端焊接有牵引杆,所述的牵引杆前端通过螺纹与接头连接。/n
【技术特征摘要】
1.一种光伏板风力吹雪装置,其组成包括:架体,其特征是:所述的架体包括底架,所述的底架上平面分别固定有柴油机、风机系统,所述的风机系统前端通过螺栓与进风网连接,所述的进风网镶嵌在所述的架体外壳的外侧,所述的风机系统右侧通过法兰结构与连接管连接,所述的连接管通过卡箍与波纹抗冻管连接,所述的波纹抗冻管口对准光伏板,所述的架体前端焊接有牵引杆,所述的牵引杆前端通过螺纹与接头连接。
2.根据权利要求1所述的光伏板...
【专利技术属性】
技术研发人员:闫伟,鲍然,崔航,
申请(专利权)人:乾安华电福新发电有限公司,
类型:新型
国别省市:吉林;22
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