Перегляд за Автор "Lysenko, L. I."
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Документ Designing of a large-scale ground photovoltaic plant in Esna, Egypt(ТОВ "Планета – Принт", 2019) Selim, M. T.; Lazurenko, A. P.; Lysenko, L. I.Документ Diploidy-based Genetic Algorithm in Nonstationary Environment(Харьковский государственный политехнический университет, 1995) Klepikov, V. B.; Lysenko, L. I.; Mahotilo, K. V.; Sergeev, S. A.Документ Green electricity integration in China's Inner Mongolia energy mix(Національний технічний університет "Харківський політехнічний інститут", 2021) Wu, Yue; Lysenko, L. I.Документ Optimization problems of power system economic dispatch(FOP Panov A. M., 2021) Lysenko, L. I.; Makhotilo, K. V.; Cherkashyna, H. I.The study guide considers mathematical modeling techniques for problems of linear and nonlinear programming in the field of power engineering. Control of power system operation requires specifying economic loading of power plants under various operating conditions as well as optimal electric grid dispatch with minimum active power loss. The first chapter describes linear programming problems of optimal fuel scheduling among power plants and economic electric grid loading. The second chapter deals with economic dispatch problems for thermal and hydropower plants taking into account power loss in the electric grid. The third chapter analyzes minimization of active power loss through optimal reactive power compensation in electric grids of various configurations. The study guide considers numerous examples of various-type optimization problems of power engineering focusing on building mathematical models and searching for optimal solutions with application of Microsoft Excel Solver. The manual contains information that may be helpful for students taking master’s and PhD programs in Electric Power Engineering.Документ Practical methods of power system steady-state analysis(FOP Panov A. M., 2021) Lysenko, L. I.; Danylova, O. A.; Fedorchuk, S. O.The book includes theory and practical application of mathematical apparatus to solving special tasks of power engineering. Control of power system operation requires permanent analysis of the system operating conditions. Steady-state operation of power system is described with systems of linear and nonlinear equations. The basic parameters of the power system steady-state operation to compute are voltages at power grid nodes, power flow and power loss in the grid elements. The book focuses on building systems of linear and nonlinear equations for both DC and AC electrical grids and determining the basic steady-state parameters in Microsoft Excel with application of conventional practical computational methods. Also is described application of Matlab Simulink to steady-state analysis of DC electric systems. The manual contains information that will be required by useful for students taking a bachelor’s educational program in Electric Power Engineering. Also it may be useful for specialists who work in power industry.