A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Photovoltaic curtain wall with controllable light transmission intensity
The invention relates to the field of photoelectric curtain walls, in particular to a photovoltaic curtain wall with controllable light transmission intensity. The two adhesive films are arranged on one side of the outer-layer light-transmitting plate and can allow the light to penetrate through; the solar cell piece is arranged between the two adhesive films and converts light energy into electric energy; the back-surface light-transmitting plate is arranged on one side, deviating from the outer-layer light-transmitting plate, of the solar cell piece; a plurality of groups of solar cells are arranged, a distance exists between every two adjacent groups, a main color changing plate capable of generating reversible color and transparency changes is arranged on one side of the back light-transmitting plate, and the main color changing plate faces the position, where light rays penetrate through, between every two adjacent groups of solar cells. And people in the building can adjust the main color-changing plate from the transparent color, the light color and the dark color according to the intensity of light entering the building, so that the intensity of the light in the building can be adjusted to a certain degree.
本申请涉及光电幕墙的领域，尤其是涉及一种可控透光强度的光伏幕墙，包括供光线透过的外层透光板、设于外层透光板一侧且能供光线透过的两个胶膜、设于两个胶膜之间且将光能转换为电能的太阳能电池片、设于太阳能电池片背离外层透光板一侧的背面透光板，太阳能电池片设置数组且相邻两组之间均存在间距，背面透光板一侧设有能产生可逆的颜色和透明度的变化的主变色板，主变色板朝向于相邻两组太阳能电池片之间供光线透过的位置处，具备光线经过主变色板，建筑物内部人员可根据进入至建筑物内部光线强度将主变色板从透明、浅色和深色之间进行调节，以使得建筑物内部的光线强度获得一定调节的效果。
Photovoltaic curtain wall with controllable light transmission intensity
The invention relates to the field of photoelectric curtain walls, in particular to a photovoltaic curtain wall with controllable light transmission intensity. The two adhesive films are arranged on one side of the outer-layer light-transmitting plate and can allow the light to penetrate through; the solar cell piece is arranged between the two adhesive films and converts light energy into electric energy; the back-surface light-transmitting plate is arranged on one side, deviating from the outer-layer light-transmitting plate, of the solar cell piece; a plurality of groups of solar cells are arranged, a distance exists between every two adjacent groups, a main color changing plate capable of generating reversible color and transparency changes is arranged on one side of the back light-transmitting plate, and the main color changing plate faces the position, where light rays penetrate through, between every two adjacent groups of solar cells. And people in the building can adjust the main color-changing plate from the transparent color, the light color and the dark color according to the intensity of light entering the building, so that the intensity of the light in the building can be adjusted to a certain degree.
本申请涉及光电幕墙的领域，尤其是涉及一种可控透光强度的光伏幕墙，包括供光线透过的外层透光板、设于外层透光板一侧且能供光线透过的两个胶膜、设于两个胶膜之间且将光能转换为电能的太阳能电池片、设于太阳能电池片背离外层透光板一侧的背面透光板，太阳能电池片设置数组且相邻两组之间均存在间距，背面透光板一侧设有能产生可逆的颜色和透明度的变化的主变色板，主变色板朝向于相邻两组太阳能电池片之间供光线透过的位置处，具备光线经过主变色板，建筑物内部人员可根据进入至建筑物内部光线强度将主变色板从透明、浅色和深色之间进行调节，以使得建筑物内部的光线强度获得一定调节的效果。
Photovoltaic curtain wall with controllable light transmission intensity
一种可控透光强度的光伏幕墙
TAO LISONG (author) / XU JIN (author)
2022-08-05
Patent
Electronic Resource
Chinese
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