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A platform for research: civil engineering, architecture and urbanism
Rotary three-dimensional greening photovoltaic sunshade plate
The invention relates to a rotary three-dimensional greening photovoltaic sunshade plate which comprises movable flower pots. The movable flower pots are connected with spindle-shaped plate units, the spindle-shaped plate units are connected with a building by upper and lower rotary shafts and rotary shaft sleeves, each spindle-shaped plate unit comprises an upper cavity, a middle cavity and a lower cavity, the upper cavities are used as structural cavities of the spindle-shaped plate units, upper and lower air holes are formed in a side of a shell of each middle cavity, radiating cavities are arranged inside the middle cavities, and solar cell panels are connected with battery devices such as photovoltaic controllers and storage cells in the upper cavities. The rotary three-dimensional greening photovoltaic sunshade plate has the advantages that conventional natural lighting and sunshade requirements can be met by the rotary three-dimensional greening photovoltaic sunshade plate, heat can be preserved at opening positions of the building during winter in the north, and problems in the aspect of growth and maintenance for plant greening can be solved; the rotary three-dimensional greening photovoltaic sunshade plate is in a cavity structure design, accordingly, heat can be exhausted, the temperatures of photovoltaic panels can be lowered, and the power generation efficiency can be enhanced and can be optimally enhanced by 50% as compared with the power generation efficiency of conventional photovoltaic power generation panels.
Rotary three-dimensional greening photovoltaic sunshade plate
The invention relates to a rotary three-dimensional greening photovoltaic sunshade plate which comprises movable flower pots. The movable flower pots are connected with spindle-shaped plate units, the spindle-shaped plate units are connected with a building by upper and lower rotary shafts and rotary shaft sleeves, each spindle-shaped plate unit comprises an upper cavity, a middle cavity and a lower cavity, the upper cavities are used as structural cavities of the spindle-shaped plate units, upper and lower air holes are formed in a side of a shell of each middle cavity, radiating cavities are arranged inside the middle cavities, and solar cell panels are connected with battery devices such as photovoltaic controllers and storage cells in the upper cavities. The rotary three-dimensional greening photovoltaic sunshade plate has the advantages that conventional natural lighting and sunshade requirements can be met by the rotary three-dimensional greening photovoltaic sunshade plate, heat can be preserved at opening positions of the building during winter in the north, and problems in the aspect of growth and maintenance for plant greening can be solved; the rotary three-dimensional greening photovoltaic sunshade plate is in a cavity structure design, accordingly, heat can be exhausted, the temperatures of photovoltaic panels can be lowered, and the power generation efficiency can be enhanced and can be optimally enhanced by 50% as compared with the power generation efficiency of conventional photovoltaic power generation panels.
Rotary three-dimensional greening photovoltaic sunshade plate
ZHANG JUNJIE (author) / SU BIN (author) / ZHAO JILONG (author)
2015-10-28
Patent
Electronic Resource
English