Solar panel detecting device and method thereof

Abstract

The invention discloses a solar panel detecting device and a method thereof. The lower end of a parallel rotating bracket of the detecting device is connected with the ground through a second rotating shaft; the upper end of the parallel rotating bracket is connected with a placing frame through a first rotating shaft; one end of the placing frame is provided with a limiting baffle plate; a handle is arranged outside the placing frame; the two sides at the lower end on the inner side of the placing frame are respectively provided with a D65 standard light source and an A light source; supporting rolling shafts are arranged symmetrically at the upper end of the inner side of the placing frame; the supporting rolling shafts are provided with polyurethane jackets; a supporting frame is fixedon the ground; a detection mirror is connected with the supporting frame through a fifth rotating shaft; the upper end of a power damper is connected with the supporting frame; and the lower end of the power damper is connected with the parallel rotating frame. The device and the method reduce adverse influences of scratch, abrasion and the like caused by manual touch on the solar panel; and in the detection mirror, a semi-fixed type is adopted and the detection mirror can be used in bidirectional detection. The device and the method have the characteristics of simple and flexible mechanism, convenient operation, capability of reducing detecting time, and improvement on detecting efficiency.

Description

technical field [0001] The invention relates to a solar panel detection device and a method thereof. Background technique [0002] During the assembly process of solar panels, due to manual contact, the influence of the operating environment or other unexpected factors, some undesired results may occur, such as cell fragments, dirt left on the surface (including tin points, tinned copper strips, Hair, etc.), the spacing between cells (between cells, between strings) is uneven, the positive and negative electrodes of the cells are spliced ​​upside down, the position of the spacer is incorrect, the front and back of the back material are reversed, and the glass surface has Defects visible to the naked eye such as scratches, deviations in the distance between the cell and the glass edge, and color differences in the cell as a whole. These defects not only directly reduce the overall appearance quality of the solar panel, but also have a certain impact on the performance of the...

AI Technical Summary

Problems solved by technology

The reading table is used to detect cell fragments, dark lines, color, color difference, welding, etc. Although such a reading table can test the metamerism effect, the fixed reading table is not flexible enough to detect The position of personnel is limited, and the height and observation angle of inspectors will also affect the inspection results, reducing the reliability and efficiency of detection

In addition, during the process of manually transporting the solar panels from the assembly line to the rack, touching the panels with hands can easily cause scratches, abrasions, etc., and even affect the surface quality of the solar panels

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