Development of a simulation model for an automated hybrid photothermogenerator

In this article discusses the basics of solar energy conversion and the computer simulation method for solving related problems: weather and climatic conditions, day and night, uneven lighting, temperature increase, pollution of elements, irreversible energy losses, etc. Technical solutions are presented in the form of diagrams and simulation models of a selective radiation photothermal generator, a solar tracker, a protective block with a movable slot for optimal placement of solar cells and their protection from external negative influences. It have been developed mathematical and algorithmic models to automate the operation of the proposed devices and the results of experiments carried out using simulation and experimental samples are presented.

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