Nova Patents
JP2005294787A

Solar power generation equipment

Abstract

[Subject] This invention is that light sources including sunlight secure more electric power also at the place which is not obtained directly and the place which can secure only a narrow area, and introduces solar power generation (photovoltaics) equipment also at the use and place where installation was conventionally made difficult. [Solution means] Have perpendicular or an angle of gradient for each solar power generation (photovoltaics) part, perform two or more arrangement, and into the crevice portion, Each power generation part forms the equipment it enabled it to generate efficiently using the material in which the refraction effects, such as a prism, and a lens and the reflective effect are possible by installing the light received from the light source so that it can receive from the front of each power generation part. [Selection figure] Fig. 2

Term

Term ended

Projected expiry passed 5 April 2024, 2.5 years ago.

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4 claims: 3 independent, 1 dependent

  1. 1
    A power generation unit for solar power generation (hereinafter referred to as a plate) is arranged at an inclination angle from a surface (horizontal plane) that receives light from the front, or a plurality of plates arranged vertically. A device characterized by refracting or reflecting light received from the front in between, and receiving light on a plate with an inclination angle or on the front of a vertically arranged plate. ソーラー発電(太陽光発電)用の発電部(以下、プレートという)を、光を正面から受ける面(水平面)より、傾斜角度を付けて配置、もしくは垂直に配置された複数のプレートとプレートとの間に正面より受けた光を屈折、又は反射させて、傾斜角度を設けたプレート、もしくは垂直に配置されたプレート正面に光を受けられることを特長とした装置。
  2. 3
    Multiple plates installed in a place where light cannot be directly received from a light source are glass, acrylics, lenses, reflective media such as mirrors, and glass installed in a place where light can be received. A device that can generate power by indirectly irradiating each plate with light due to the influence of fibers and the like. 光源から直接的に光を受けることが出来ない場所において設置された複数のプレートは、光を受けることが出来る場所に設置された、ガラス類、アクリル類、レンズ類、鏡等の反射媒体、グラスファイバー等の影響で、間接的に各プレートに光を照射させることで、発電を行うことが可能な装置。
  3. 4
    Claim that the light emitted to each plate can increase the brightness of the light at the time of reaching the plate by using the action of a lens or the like in order to increase the intensity of the light indirectly irradiated. 1,2,3 devices. 各プレートに照射される光は、間接的に照射される光の強さを高める為に、レンズ等の作用を用いて、プレートに到達する時点の光を明るさを高めることが可能な請求項1,2,3の装置。
Independent claims3