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Photovoltaic Power Plants Addressed to Wind Power Generators

机译:面向风力发电机的光伏电站

摘要

The present invention relates to a photovoltaic device that is addressed to a wind turbine that is fixed to a support pillar that forms each wind turbine in a wind farm using wind blowing in a wide area such as a field or a coastal zone.;In general, the installation of the wind power generator is to use each wind power generator while maintaining a predetermined interval in the windy area.;However, as an invention for reinforcing the economics by providing a wind or sunshine blowing between the support pillar in the wind farm usefully to perform the power generation, the upper and lower sections of the support pillar 198 for the wind turbine 195 The upper and lower assembly cams provided on the back of the solar panel 100 configured for the solar panel, while being installed for the semi-circular cap 163 coupled to each semi-circular bearing 165 to ( In the power generation apparatus provided by 147 (147 '),;A semi-circular cap 163 on the upper side of the inclined photovoltaic plate 100 connected to the assembling cams 147 on both sides of the inclined cross section, and having a support beam 2 (129 ') of the The cross sections protruding from the inclined photovoltaic panel 100 to the assembling cams 147 'on both sides thereof are opposed to the semi-circular caps 163 to which the X-shaped support beam 1 129' is fixed. X-shaped support beam 1 129 ′, the beam 1 129 which is coupled to be driven by the wheel 196 while being downwardly coupled to the upper assembly cam 147, and the respective beams are projected. A wheel 196 provided at the lower end of the first (129) to drive the inner rail 190, the cross section is in accordance with the section of the outer rail 190 'in the X-shaped support beam 1 (129') Drive with a wheel 196,;The inner and outer rails 109 and 190 ′ are provided with a plurality of support beams 3 129 ″ between sections of the X-shaped support beams 1 129 ′ driven by wheels 196. And a connection of the support 131 fixed to the support beam 1 129 'supported by the outer rail 190' while protruding from the upper assembly cam 147 of the photovoltaic panel 100 to the coupling. In addition, the semi-circular bearing 165 is formed by an arc-shaped bearing 169, the semi-circular cap 163 is formed by an arc-shaped cap 163 ', and the solar panel 100 is The upper, middle, and lower power generation plate 121, 122, 123 is provided as, but the upper, middle, lower power generation plate 121, 122, 123 between the moving sphere 180, 180 ') Is formed, and moving plates 182 and 182' are provided on the rear surface of the moving holes 180 and 180 'as protrusions.;Wind Power Generator, Semicircular Cap, Arc Bearing
机译:光伏装置技术领域本发明涉及一种光伏装置,其涉及一种风力涡轮机,该风力涡轮机固定到支撑柱上,该支撑柱利用在诸如田地或沿海地带的大范围内的风吹拂而形成风电场中的每个风力涡轮机。 ,风力发电机的安装是在有风的区域中保持预定间隔的同时使用每台风力发电机。但是,作为通过在风力发电场的支柱之间吹送风或阳光来增强经济性的发明为了有效地进行发电,风力涡轮机195的支撑柱198的上部和下部。在为太阳能电池板安装的太阳能电池板100的背面上提供的上部和下部组件凸轮,同时被安装为半圆帽163连接到每个半圆轴承165,以(在由147(147')提供的发电装置中;在倾斜的光伏板1的上侧上的半圆帽163 00连接到倾斜截面两侧的组装凸轮147,并具有>的支撑梁2(129')。从倾斜光伏面板100向其两侧的组装凸轮147'突出的截面是与固定有X形支撑梁1129'的半圆形盖163相对。 X形支撑梁1129',被向下旋转地联接至上部组件凸轮147而被车轮196驱动以被车轮196驱动的梁1129,并且各个梁被投影。轮196设置在第一(129)的下端以驱动内轨190,该横截面是根据外轨190'的截面在X形支撑梁1(129')中驱动的内轨道109和外轨道190'在由轮子196驱动的X形支撑梁1129'的部分之间设置有多个支撑梁3129''。并且支撑131的连接固定当从光伏面板100的上部组件凸轮147突出到联接件时,该支撑件1’支撑到由外轨道190’支撑的支撑梁1129。另外,半圆形轴承165由弧形轴承169形成,半圆形盖163由弧形盖163'形成,并且太阳能电池板100是上,中和下功率。发电板121、122、123被设置为,但在移动球体180、180'之间形成了上,中,下发电板121、122、123,并且在后部设置了移动板182和182'。活动孔180和180'的表面作为突起。;风力发电机,半圆帽,电弧轴承

著录项

  • 公开/公告号KR101268404B1

    专利类型

  • 公开/公告日2013-05-31

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR20080096866

  • 发明设计人 민승기;

    申请日2008-09-30

  • 分类号F03D9;F03D1;F24J2;

  • 国家 KR

  • 入库时间 2022-08-21 16:25:07

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