The research plan of the solar cell standard and calibration laboratory mainly focus on two parts: 

(1) Combining existing reasonable and effective standards, integrating years of experience in solar cell manufacturing and testing, independently developing first-class standard solar cells, researching the storage and re-inspection work of standard solar cells, and standardizing the replication and transmission work of standard solar cells;

(2) To study and compare different calibration methods, combining the alpine calibration, high-altitude balloon calibration and space calibration, to obtain comprehensive and accurate solar cell performance parameters in the space spectrum.

Propose to establish an artificial intelligence-based laboratory for detecting and evaluating the power generation of photovoltaic modules in all scene elements. Firstly, fully explore the full scenario factors that affect the power generation of modules. Secondly, establish an indoor full scenario factor detection laboratory and a high-precision outdoor empirical platform, use artificial intelligence technology to continuously optimize the power generation evaluation model, and ultimately obtain high-precision photovoltaic power generation indoor detection and evaluation technology.

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