2017
DOI: 10.15199/48.2017.01.32
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Model matematyczny układu energetycznego składającego się z transformatora mocy, linii długiej oraz obciążenia RLC

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“…where: L* -modified Lagrange function, T* -kinetic coenergy, P* -potential energy, * -dissipation energy, D* -energy of external non-potential forces [1], [4], [11]. In order to calculate lagrangian components (1) the following generalized coordinates were introduced: Electric charges in stator winding (1 3) , ,…”
Section: Mathematical Model Of the Systemmentioning
confidence: 99%
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“…where: L* -modified Lagrange function, T* -kinetic coenergy, P* -potential energy, * -dissipation energy, D* -energy of external non-potential forces [1], [4], [11]. In order to calculate lagrangian components (1) the following generalized coordinates were introduced: Electric charges in stator winding (1 3) , ,…”
Section: Mathematical Model Of the Systemmentioning
confidence: 99%
“…Variation of functional of operation by Hamilton-Ostrogradsky's may be determined either in a conventional way according to [1], [4], [5] or using Lagrange theory, more precisely Euler-Lagrange'a equation [6], which simplifies calculations.…”
Section: Mathematical Model Of the Systemmentioning
confidence: 99%
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