A method for accelerating the evaluation of the space environmental adaptability of space solar cell interconnection technology

Abstract

The application discloses a method for accelerating the evaluation of the space environmental adaptability of a space solar cell interconnection technology, and the method is realized by a space solar cell array high-low temperature deformation variable characterization system and a space solar cell interconnection technology accelerated test evaluation system; the space solar cell array high-low temperature deformation variable characterization system is composed of a space solar cell array deformation variable test small plate, a high-low temperature test tank, a micron-level optical displacement measuring instrument and a temperature monitoring system; and the space solar cell interconnection technology accelerated test evaluation system is composed of a space solar cell array accelerated test piece, a micron-level telescopic tension meter and a micron-level electron microscope. The application provides an effective acceleration method for the accelerated test design of different spacecraft solar cell array interconnection technologies, realizes the ground acceleration verification of different spacecraft solar cell array interconnection technologies, and effectively shortens the development and verification period of the spacecraft solar cell array interconnection technology.

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