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Registration Number

0221U102115, 0120U002126 , R & D reports

Title

Development of planetary models of the extra-power solar power plant of 1200 MW and study of power evacuation through Chernobyl NPP electrical networks

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Head

Stohnii Borys S, Доктор технічних наук

Registration Date

28-01-2021

Organization

Institute of Electrodynamics of the National Academy of Sciences of Ukraine

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 A digital quasi-dynamic model of the IPS of Ukraine (in the region where the target SES is located) has been developed, which allows analyzing the annual hourly operating modes (8760 hours). Digital planetary models of the generation of the 1200 MW super-powerful SES have been developed, taking into account: the specific location of the station, the corresponding solar irradiation, albedo at the indicated coordinates of the station location, planetary movement of the sun over the station and hourly temperature changes arround of the station. A detailed analysis of the power distribution scheme of the Chernobyl NPP and the possibilities of its use for the placement of a super-powerful SES was carried out, taking into account the perspective plans for the development of the IPS of Ukraine for this electric power facility. The existing circuit of the Chernobyl NPP switchgear was updated and the most probable plans for its development were analyzed and implemented. On the basis of the developed models, a comprehensive modeling was carried out, the actual operating modes of the Chernobyl SES and its parameters were determined, the possibility of using the scheme of the power output of the Chernobyl NPP for the placement of a super-powerful SES 1200 MW was confirmed. The main research results were presented at the International Scientific and Technical Conference, 1 article was published in a journal indexed in Scopus, an application was submitted for registration of copyright for the work "Database of modes of a solar station 1200 MW taking into account planetary models of solar power plant generation" and were used in scientific research. -technical works related to detailed modeling of solar power plants, including for NEC "Ukrenergo", Tractabel Engineering and "Scatec Solar"

Product Description

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Varsky Grigory M
Grechko Vyacheslav V
Kyrelenko Oleksandr V
Lukyanenko Lukyan M
Pavlovsky Vsevolod V
Rybina Oksana B
Stelyuk Anton O
Stoghnii Borys S.

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2021-01-28