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Information × Registration Number 0225U001323, (0123U100808) , R & D reports Title Develop methods for analyzing the electrothermal state of solar collectors, photobatteries and photothermal modules, taking into account a complex of complicating factors caused by the use of new functional materials and concentrators of solar radiation popup.stage_title Розробка моделей і методів аналізу електротеплового стану фотобатарей, фототермічних модулів та сонячних колекторів при нелінійності електрофізичних і теплових характеристик активних елементів перетворювачів Head Surzhyk Tamila V., Доктор технічних наук Registration Date 29-01-2025 Organization Institute of Renewable energy of the National Academy of Sciences of Ukraine popup.description1 Creation of a scientific basis for the analysis of the features of electrophysical and electrothermal processes occurring in the basic elements of photo- and solar energy equipment. Working of physico-mathematical models of electrophysical and electrothermal processes in the basic elements of photo- and solar energy equipment, taking into account development trends and the results of global and domestic research in solar energy popup.description2  Based on the unique methodology of spatial averaging, in part based on the divergence theorem (the Gaus-Ostrogradsky theorem), the average volumetric parameters of the dynamics of the electrothermal medium, connected with a geometric shape surrounded by space in the middle. For the first time in the physical processes of interaction of solar vibration with the active elements of solar collectors and photoconverters, models of their electrodynamic, thermal and electrothermal mills have been analyzed. The fundamentals are based on the principle of electrical and electrothermal analogies. Electrical models of photovoltaic and thermal generation have been created. Thermal and electrical energy processes in the PVT collector were observed with parallel and sequential connection of electric coils and thermal structures into the underground energy system. The energy characteristics and efficiency of photoelectric thermal solar collectors are shown. The possibility of connecting photovoltaic thermal collectors in series and in parallel is examined Product Description popup.authors Bondarenko Dmytro V. Diachenko Oleksandr S. Zurian Oleksii V. Kyrnos Larysa A. Kuznetsov Mykola M. Matiakh Serhii V. Pundiev Valerii O. Shevchuk Volodymyr I. Sheiko Iryna O. Yatsenko Vira V. popup.nrat_date 2025-01-29 Close