Zigzag slope installation solar photovoltaic module height difference installation structure

Abstract

The invention relates to a zigzag height difference installation structure for installing a solar energy photovoltaic assembly on a slope, which is characterized by comprising a back crossbeam (102), a left photovoltaic assembly (103) and a right photovoltaic assembly (104), wherein the left photovoltaic assembly (103) and the right photovoltaic assembly (104) are next to each other; the height of the rear part of the right side frame of the left photovoltaic assembly (103) is smaller than the height of the rear part of the left side frame of the right photovoltaic assembly (104); the rear part of the right side frame of the left photovoltaic assembly (103) and the rear part of the left side frame of the right photovoltaic assembly (104) are fixed on a back crossbeam (102) through a back pressing block (107) and a pressing block regulation assembly; and the pressing block regulation assembly is a zigzag pressing block regulation assembly. The zigzag height difference installation structure disclosed by the invention can be constructed on the terrain having the slope, guarantee the structure and is easy to install.

Description

technical field [0001] The invention relates to a height difference installation structure of a solar photovoltaic module installed on a zigzag slope. Background technique [0002] With the scarcity of land resources, there are fewer and fewer lands with better sunlight conditions in the west, while a large number of hills and mountains have been neglected due to high construction costs. Because the general solar photovoltaic modules are fixed by two rows of four-point compaction method at the front and back, that is, one solar photovoltaic module needs to be fixed with four pressing blocks on the same plane. The two beams are not parallel, so the four pressing blocks will not be on the same plane. When the height difference between the pressing blocks is greater than 3~4mm, the glass of the solar photovoltaic module will be broken after forcibly pressing down the pressing blocks. [0003] Therefore, it is particularly important to seek a zigzag-shaped slope-mounted solar p...

AI Technical Summary

Problems solved by technology

Because the general solar photovoltaic modules are fixed by two rows of four-point compaction method at the front and back, that is, one solar photovoltaic module needs to be fixed with four pressing blocks on the same plane. The two beams are not parallel, so that the four blocks will not be on the same plane. When the height difference between the blocks is greater than 3~4mm, the glass of the solar photovoltaic module will be broken after forcibly pressing the blocks.

Images