Calculation of power losses at given loads and source voltage in radial networks of 35 kV and above by hierarchical-multilevel structured topology representation
Asanova S.M. Safaraliev M.K. Askarbek N. Semenenko I. Aktaev E.T. Kovaleva A.A. Lyukhanov E.A. Staymova E.D.
2021Wydawnictwo SIGMA-NOT
Przeglad Elektrotechniczny
2021#97Issue 713 - 18 pp.
This paper provides structured hierarchical-multilevel approach to the regimes and power losses calculation in distribution power networks of 35 kV and above at given loads and power source voltage level. It based on hierarchical-multilevel structure form representation of the radial power network initial graph and using of traditional engineering two-step method. This approach usage make it possible to obtain a universal (for arbitrary power network configuration and complexity) and efficient (in terms of the computational operations number and computer memory consumption) algorithm.
Distribution power networks , Oriented graph , Power losses , Structured hierarchical-multilevel approach , Topology analysis , Tree structure
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Department of The Theoretical Foundations of Electrical Engineering, Kyrgyz State Technical University, Biskek, 720044, Kazakhstan
Department of Automated Electrical Systems, Ural Federal University, 19 Mira Street, Ekaterinburg, 620002, Russian Federation
Department of The Theoretical Foundations of Electrical Engineering
Department of Automated Electrical Systems
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