Solar cell module on-gauge plate storage device

Abstract

The invention relates to a solar cell module on-gauge plate storage device, comprising an external frame body, internal plate frames and roller rows; stainless steel plates cover the top, the bottom, two lateral sides and the back of the external frame body; curtain cloth is suspended at the front side of the external frame body; the stainless steel plates and the curtain cloth form a dark room for solar cell module on-gauge plates; the front side of the external frame body is used as a storage opening for solar cell module on-gauge plates to get in or out; the internal plate frames are horizontally connected to the inside of the external frame body; a plurality of the internal plate frames are parallel to one another; the roller rows are arranged on the external surfaces of the internal plate frames and connected with the external frame body into a whole one; the roller rows are used as the direct support structures for the solar cell module on-gauge plates and are in sliding contact with the solar cell module on-gauge plates. Compared with the prior art, the solar cell module on-gauge plate storage device has the advantages of being simple in structure, convenient in use, high in storage stability and safety of the on-gauge plates, and convenient in picking and placing the on-gauge plates.

Description

technical field [0001] The invention relates to a storage device for a solar battery module, in particular to a storage device for a solar battery module standard plate. Background technique [0002] At present, in the process of analyzing and testing the electrical performance of solar cell modules, standard solar panels are usually used to calibrate the absolute light intensity of the light source, and the photoelectric conversion efficiency of the tested solar cell modules is calculated, and then analyzed and compared. In the process of calibrating the light intensity of the solar simulator using standard solar panels, if the standard solar panels are exposed to light for a long time, their electrical properties will be attenuated, resulting in calibration errors. At present, standard solar panels are generally stored in a separate darkroom in China, but this method has the following defects: 1. It is necessary to manually transfer the standard solar panels to a dedicated...

AI Technical Summary

Problems solved by technology

In the process of calibrating the light intensity of the solar simulator using standard solar panels, if the standard solar panels are exposed to light for a long time, their electrical properties will be attenuated, resulting in calibration errors

At present, standard solar panels are generally stored in a separate darkroom in China, but this method has the following defects: 1. It is necessary to manually transfer the standard solar panels to a dedicated darkroom, which is labor-intensive, and the standard panels are easily damaged during long-distance transportation. Damage; 2. The dedicated darkroom occupies a large area

The disadvantages of this storage device are: the structure is relatively complicated, and the access to the solar cell module standard board is inconvenient

However, the grid of the storage cabinet is set vertically, and the standard components need to be placed vertically when placed in the storage cabinet. Easily damaged during movement

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