Device for evaluating influence of high irradiation on performance of solar cell

Abstract

The invention aims at disclosing a device for evaluating the influence of high irradiation on the performance of a solar cell. The device comprises a solar steady-state simulator, wherein an objectivetable is arranged at the top end of the solar steady-state simulator, a non-reflection area and a reflection area are arranged on the objective table in parallel, a reflector placed at a certain angle is arranged in the reflection area, and solar cell sheets are arranged in the non-reflection area and the reflection area respectively. Compared with the prior art, the device of the invention has the following characteristics that high-irradiation test of the solar cell is realized, the evaluation method of the cell aging test is added, the performance change evaluation of the solar cell afterhigh irradiation is realized, the comprehensive evaluation capability of the product is improved, the risk is reduced, component risk pre-judgment is realized, the equipment is simple and easy to realize, the test cost is relatively low, the reliability and stability of product performance are effectively supervised, and the purpose of the invention is realized.

Description

technical field [0001] The invention relates to a device for evaluating the performance of a solar cell, in particular to a device for evaluating the effect of high irradiation on the performance of a solar cell. Background technique [0002] With the rapid development of high-efficiency cells in the photovoltaic industry, the mass production of P-PERC and N-PERT cells is accelerating. The superposition of various high-efficiency technologies has greatly improved the efficiency of solar cells, but the reliability behind high efficiency is worth exploring and verifying topic. [0003] At present, there are power station designs that add reflectors to increase power generation in the industry. In order to fully consider the performance of high-efficiency batteries and components in different environments, ensure the stable performance of finished batteries and the reliability of components, it is necessary to evaluate the performance of batteries in high-irradiation environmen...

AI Technical Summary

Problems solved by technology

[0005] There are clear test methods for high-efficiency batteries in terms of LID, PID, light decay, water boiling, and tensile force, but there are no clear methods and requirements for performance evaluation under high irradiation intensity, but the design and implementation of power stations have been at the forefront. The reliability verification of the production link has not kept up with the pace in time

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