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The article analyzes the approaches to the development of a device for continuous monitoring of electrical parameters of solar panel generation. In the course of the research it is proposed to expand the capabilities of the device in comparison with the existing analogues for more accurate consideration of the main factors that influence the level of electricity generation by solar panels. The proposed device was used to investigate the modes of operation of solar panels type ABI CL P60260. The monitoring results obtained can be used to predict the generation level at the site of installation. The developed approaches to the construction of a hardware-software complex for monitoring the electrical parameters of solar panel generation allow determining the generation characteristics directly at the installation site in given geographical coordinates. In addition, fixing changes in generation depending on weather conditions for a long time, will allow you to get correlation dependencies to predict the level of generation, it is important in the formation of autonomous power supply systems.

A MOBILE DEVICE FOR EXPLORING THE PERFORMANCE OF SOLAR PANELS