СПОСОБЫ ОПТИМИЗАЦИИ СТРУКТУРНО-СХЕМНЫХ РЕШЕНИЙ  ВЕТРО-СОЛНЕЧНЫХ ЭЛЕКТРОСТАНЦИЙ

O.V. Grigorash; S.V. Oskin; E.A. Denisenko; D.P. Kharchenko

doi:10.14529/power230303

Authors

O.V. Grigorash Trublin Kuban State Agrarian University
S.V. Oskin Trublin Kuban State Agrarian University
E.A. Denisenko Trublin Kuban State Agrarian University
D.P. Kharchenko Trublin Kuban State Agrarian University

DOI:

https://doi.org/10.14529/power230303

Keywords:

autonomous power supply system, wind-solar power plants, ways to optimize the structure of the system, efficiency criteria, performance evaluation indicators

Abstract

For the development of energy-efficient wind and solar power plants, the ways of optimizing their structural and circuit solutions are considered according to the main efficiency criteria, which are economic indicators, reliability indicators, power quality and efficiency, and for mobile systems - weight and size indicators. The main difficulties in optimizing the structure of a system made on renewable energy sources are revealed, and the content of methods for determining its optimal indicators using a generalized criterion, a general economic indicator, and the features of optimization according to three efficiency criteria are revealed. The main stages of optimization of the structural and circuit solutions of autonomous power supply systems are considered.

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Author Biographies

O.V. Grigorash, Trublin Kuban State Agrarian University

Doctor of Tech. Sci., Prof., Head of the Department of Electrical Engineering, Heat Engineering, and Renewable Energy Sources

S.V. Oskin, Trublin Kuban State Agrarian University

Doctor of Tech. Sci., Prof., Head of the Department of Electrical Machines and Electric Drives

E.A. Denisenko, Trublin Kuban State Agrarian University

PhD of Tech. Sci., Assoc. Prof. of the Department of Electrical Engineering, Heat Engineering, and Renewable Energy Sources

D.P. Kharchenko, Trublin Kuban State Agrarian University

PhD of Tech. Sci., Assoc. Prof. of Electrical Machines and Electric Drives

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