STUDY OF THE FET MODULE WORK WITH USE ELEMENTS OF MATHEMATICAL MODELING

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STUDY OF THE FET MODULE WORK WITH USE ELEMENTS OF MATHEMATICAL MODELING

Journal Title: Machinery and Energetics - Year 2018, Vol 0, Issue 283

Abstract

Combined systems based on photovoltaic modules and solar collectors are successfully used as installations that provide power to autonomous consumers using solar energy. At the same time, electrical energy is produced by one type of instrument (photoelectric module), and thermal energy is produced by another type of device (solar collector). But apart from these two types of devices for the utilization of solar energy, there exists and is presented on the market a third type-device, combining simultaneously the devices of the two above-mentioned types. This, so-called photoelectric thermal modules. Expanding the scale of the use in practice of special devices for the integrated utilization of incoming solar radiation with the simultaneous generation of electricity and heat (photoelectric heat modules) requires the improvement of their design and development of the technology of application, which in turn necessitates a wide range of studies The aim of the study was to assess the status of the work on the modeling of FET modules and the prospects for using this approach. The results of the study of the parameters of the thermoelectric photovoltaic modules are presented, which show that in practice it is difficult to design power systems using FET modules in practice. Therefore, the necessary amount of information would be convenient to receive, using methods of computer or mathematical modeling. The solutions currently proposed do not allow us to formulate an approach for solving practical problems in optimizing the design of FET modules, as well as in selecting the optimal technological solutions for their application in specific technologies or complexes. This shows that the work towards the creation of a simple but at the same time an effective apparatus for modeling in a given area is extremely useful.

Authors and Affiliations

В. В. ХАРЧЕНКО

Keywords

ЭНЕРГОСБЕРЕГАЮЩИЕ ТЕХНОЛОГИИ ОХЛАЖДЕНИЯ И ХРАНЕНИЯ СЕЛЬСКОХОЗЯЙСТВЕННОЙ ПРОДУКЦИИ

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EP ID EP388460
DOI -
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