Standard component storage device and photovoltaic module testing system with same

Abstract

The invention relates to the technical field of photovoltaic module test, in particular to a standard component storage device and a photovoltaic module testing system with the same. The standard component storage device comprises a storage cabinet and a lifting device; a plurality of standard component transmission devices are arranged in the storage cabinet along the up-and-down direction in a layered mode; one side of a cabinet body of the storage cabinet is provided with a standard component inlet and outlet opening and a sealing device for sealing the standard component inlet and outlet opening; and the storage cabinet is arranged on the lifting device. One side of the standard component storage device is connected to a component testing instrument by a pipeline and the other side of the standard component storage device is connected with a component manufacturing system by a pipeline to form the photovoltaic module testing system. The standard component storage device and the photovoltaic module testing system with the same have the advantages that standard components are stored in the storage cabinets in a mode of keeping out of the sun, so that the standard components are prevented from being irradiated by the natural light to cause the attenuation; and meanwhile, the standard components are subjected to mechanical transmission and system management, so that the standard components are effectively avoided being manually moved or used by mistake and the service life of the standard components is prolonged to the greatest extent.

Description

technical field [0001] The invention relates to the technical field of photovoltaic component testing, in particular to a standard component storage device and a photovoltaic component testing system with the device. Background technique [0002] The traditional photovoltaic module testing system includes a module tester, an assembly line that delivers the components to be tested to the module tester, and a storage rack for storing standard modules. According to the type of the module to be tested, the corresponding standard Calibration, standard components are transported by manual handling. [0003] In theory, the loss of electrical performance of the standard component itself is not allowed, so as to avoid the falsely high impact on the test power of the component after calibration. However, in actual production, because the standard components are not stored in the dark on the storage rack, the electrical parameters will be attenuated under the irradiation of visible li...

AI Technical Summary

Problems solved by technology

However, in actual production, because the standard components are not stored in the dark on the storage rack, the electrical parameters will be attenuated under the irradiation of visible light; and the movement during multiple uses will also cause physical damage to the standard components. Both make the standard components no longer stable, which makes the test data deviate when the calibrated component tester performs the component power test

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