Registration Number
0220U100743,
0117U002114
, R & D reports
Title
Research and forecasting technological developments in nuclear power and the development of structures for the long term
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Head
Kulyk Mykhаilo M., Доктор технічних наук
Registration Date
24-01-2020
Organization
Institute of General Energy National Academy of Sciences of Ukraine
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The purpose of the work is to determine the long-term directions of nuclear energy development taking into account the expected technological shifts caused by scientific and technological progress, prolongation of the existing nuclear power plants operation, the expected decommissioning of existing nuclear power plants in the medium term, that requires to introduce compensating capacities, in particular, reactors with medium- and low-scale capacity which are capable to realise load following operation modes.
The life cycle models of nuclear technologies have been improved to take into account the dynamics of changes in their technical and economic parameters, which allows to determine the competitiveness of new nuclear capacities in comparison with other types of generating capacities at each etap of their implementation during the forecast horizon. In order to develop forecasts for the development of nuclear power in the conditions of replacement of existing units, the partial-integer model of long-term forecasting of the development of the power system has been improved, which takes into account the dynamics of the input-output of nuclear power units, the competitiveness and availability of new and prospective nuclear power units. Priority directions of long-term development of Ukrainian nuclear energy are identified, the main ones being the maximum use of the resource of operating nuclear power units by extending their life for 20-30 years, compensating their capacity after the decommissioning of new nuclear capacities and introducing small modular reactors for production. electricity with increased operational safety to ensure the stability, reliability and efficiency of power system operation in conditions of increased requirements for its flexibility and environmental requirements for its functioning.
Product Description
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Ivanenko Nataliia P.
Denysov Viktor A.
Zgurovets Oleksandr V.
Kulyk Mykhаilo M.
Kumytska Zhanna A.
Nelep Liubov H.
Nechaieva Tetiana P.
Pidruchna Anna O.
Tarasenko Petro V.
Tovstenko Maryna M.
Tiuriutikov Oleksandr I.
Chupryna Leonora V.
Shulzhenko Serhii V.
Shurchkova Yuliia O.
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2020-04-02
