MULTISTAGE VERTICAL SOLAR MODULE HOLDER

摘要

The present invention relates to a multistage vertical solar module holder. According to the present invention, because solar modules are installed between vertical members vertically installed on the bottom surface in a ladder type in multiple stages to be inclined by inclination maintenance units, a large number of solar cell modules can be installed in a single area and a large number of modules can be installed in a plurality of rows. Further, a shadow of an upper module does not hide a lower module by maintaining the vertical interval of the modules sufficiently, and the holders can be installed while rows of modules and the sunlight irradiation angle can be sufficiently maintained, so that high efficiency of solar power generation can be realized. In addition, because several rows of solar modules are installed in multiple stages by utilizing a vertical space for the solar module on the ground such as a rice paddy, a field or a forest, solar power generation can be realized together with farming, which helps the economy of farms. Further, because the solar modules can be installed in a narrow place such as the side of a road, the side of a railroad, and a bank, a new economic effect can be obtained.

主权项

1. A multistage vertical solar module holder comprising:
a plurality of vertical frames vertically fixed at the bottom while lower ends thereof are spaced apart from each other at equal intervals; a plurality of upper transverse supports coupled in multiple stages between the vertical frames to be transversely separated from the vertical frames; a plurality of horizontal supports coupled between the vertical frames in lower areas of the upper transverse supports and in front areas of the vertical frames to be horizontally separated from the vertical frames, and assembled in rectangular forms to define four-sided spaces therein, respectively; and a plurality of solar modules mounted between the upper transverse supports and the lower horizontal supports such that upper and lower portions thereof are inclined at 60° and 30° by inclination maintenance units 50, respectively so that an interval is maintained between the solar modules such that a shadow of an upper module does not hide a lower module.