A Fault Current Limiter Circuit to Improve Transient Stability in Power System

Abstract

Short circuit current limitation in distribution system utilities can be an operational approach to improve power quality, since the estimated voltage sag amplitude during faults may be intensely reduced. The application of superconducting fault current limiter (SFCL) is projected here to limit the fault current that occurs in power system. SFCL utilizes superconductors to instantaneously decrease the unanticipated electrical surges that happen on utility distribution and power transmission networks. SFCL considerably decrease the economic burden on the utilities by reducing the wear on circuit breakers and protecting other expensive equipment. The designed SFCL model is used for determining an impedance level of SFCL according to the fault current limitation necessities of different types of the smart grid system. The representation of this paper about to see the optimum resistive value of SFCL for enhancing the transient stability of a power system. The assessment of optimal resistive value of the SFCL connected in series in a transmission line with a conductor throughout a short circuit fault is consistently determined by applying the equal-area criterion supported by power-angle curves. A Simulink based primary model is developed and additionally the simulation results for the projected model are achieved by using MATLAB.

Strujni Limiteri – Izbor Lokacije Za Ograničenje Vrednosti Struje Kratkog Spoja

“…Strujni limiteri (FCL -Fault Current Limiters) otpornog i induktivnog tipa obezbeđuju skoro nultu impedanciju pri normalnim uslovima rada, dok pri nenormalnim uslovima obezbeđuju otpornosti visoke impedanse [1,2]. Postoji više tipova strujnih limitera kao što su superprovodni i nesuperprovodni strujni limiteri.…”

“…Postoji više tipova strujnih limitera kao što su superprovodni i nesuperprovodni strujni limiteri. elektroenerget skog sistema kao što su proizvodnja, prenos, distributivna mreža za poboljšanje dinamičkih performansi ograničavanjem struje kvara [1,2]. ______________________________________________ NAPOMENA: Ovaj rad proistekao je iz master rada čiji mentor je bio dr Duško Bekut, red.…”

Performance analysis of packed U-cell based inverter-fed five-phase induction motor drive using SINPWM technique

“…One major problem with this topology is the availability of Isolated DC sources which requires transformers [16]. Second problem is the switch count which also pose limitations on practical levels [17][18]. Three level Diode Clamped MLI was first proposed by [19].…”

Fault Detection & Classification in UPFC Integrated Transmission Line Using DWT

“…In detection and classification of faults in matrix converter [13] also explains open circuit and short circuit fault of switching component but unable to detect and classify shunt fault occurred in transmission line propoerly. Fault current limiter [14] circuit explains to improve transient stability, but it unable to trace different shunt faults condition except short circuit fault.…”