Limitation of short-circuit currents in power systems

• Autorzy: Wiśniewski J.

Warianty tytułu

PL

Ograniczanie prądów zwarciowych w systemach elektroenergetycznych

• Języki publikacji: EN

Abstrakty

EN

The article presents the main problems discussed in the papers which were presented at the subsequent Conferences " Short circuit currents in power networks " during the sessions dealing with the limitation of the short circuit currents. The Conferences have been organised or CO - organised by the Institute of Electrical Power Engineering, Technical University of Lodz since 1983. The papers were grouped according to the themes: The review of the methods limiting short circuit currents, Active and passive devices and means limiting short circuit currents, Improvement of the breakers, Expert systems to aid the evaluation of the effects to control the values and duration of short circuit currents and Computer modelling of the devices and power network for calculating short circuit currents and assessing their effects.

PL

Artykuł przedstawia główne problemy poruszane w referatach prezentowanych na kolejnych Konferencjach " Prądy zwarciowe w układach elektroenergetycznych" na sesjach poświęconych ograniczaniu prądu zwarciowego. Konferencje organizował lub współorganizował Instytut Elektroenergetyki Politechniki Łódzkiej od 1983 r. Referaty pogrupowano tematycznie w następujące bloki: Przegląd metod ograniczania prądów zwarciowych, Aktywne i pasywne urządzenia i środki ograniczające prądy zwarciowe, Ulepszanie wyłączników, Systemy ekspertowe do wspomagania oceny skutków, sterowania wartościami i czasami trwania prądów zwarciowych oraz Cyfrowe modelowanie urządzeń i sieci elektroenergetycznej do obliczania prądów zwarciowych i oceny ich skutków.

Słowa kluczowe

EN

short-circuit currents; power systems; limitation of short-circuit currents

PL

prądy zwarciowe; systemy elektroenergetyczne; ograniczanie prądów zwarciowych

• Wydawca: Wydawnictwo Politechniki Łódzkiej
• Czasopismo: Zeszyty Naukowe. Elektryka / Politechnika Łódzka
• Rocznik: 2000
• Tom: z. 94
• Strony: 79--93
• Opis fizyczny: Bibliogr. 75 poz.

Twórcy

autor

Wiśniewski J.

• Institute of Electrical Power Engineering, Technical University of Lodz

Bibliografia

• [1] Bartodziej G., Szadkowski M.rTechniczne możliwości opanowania dużych prądów zwarciowych w sieciach przemysłowych. III/4.1-1988.
• [2] Czucha J.: High speed thyristor - circuit breaker TCB for 3 - phase - networks. III/4.2-1988.
• [3] Czucha J, Lipski T.: State - of - the - art of the active short - circuit current - limiting devices. III/4.3-1988.
• [4] Dacenko B.A., Korolkow W.L.: Ograniczenie tokow korotkogo zamykania wzrywnymi predochranitelami. III/4.4-1988.
• [5] Dżuwarły C.M., Dmitrijew E.W.: Rasczet soprotiwlenia reaktorów w cepi nejtrali awtotransformatorow i błocznych transformatorów prednaznaczenych dla ograniczenia tokow odnofaznych korotkich zamykanii. III/4.5-1988.
• [6] Dżuwarły C.M., Gaimow A.M.: Ograniczenie wosstanowliwajuszczich naprażenij w usłowiach ograniczenia tokow odnofaznych korotkich zamykanii. III/4.6-1988.
• [7] Kulik M.: Analiza możliwości wykorzystania tyrystorów do wyłączania przeciążeń i niewielkich zwarć bez ograniczania prądu. III/4.7-1988.
• [8] Lindmayer M.: The influence of pressure waves of the let - through current of miniature circuit breakers. III/4.8-1988.
• [9] Meng Xian - Zhong. Research on a type of current limiting fuses with no over voltage. III/4.9-1988.
• [10] Słodarz M.I.: Short - circuit current limitation in commercial electrical units feeding powerful synchronous motors. III/4.11-1988.
• [11] Wiśniewski J.: Wpływ warunków zwarciowych w stacji elektroenergetycznej na parametry napięć powrotnych w wyłącznikach. III/4.12-1988.
• [12] Lipski T.: Limitation of short - circuit currents. General report. IV/4-1990.
• [13] Lipski T., Pisanko A.: Could a short - circuit protection by H.R.C. fuse be selected upon fuse arc - voltage ?. IV/4.1-1990.
• [14] Sloot J.G.J., Klijn P.N., Bollen M.H.J.: Rules for transformers protection with fuses. IV/4.2-1990.
• [15] Turner H.W., Turner C., Williams D.J.A.: Optimisation of the use of Fuses to limit short - circuit currents through switching devices. IV/4.3-1990.
• [16] Van Den Heuvel W., Kalasek V., Sloot J.: The thermal load by transformer inrush currents on fuses selected for short - circuit protection. IV/4.4-1990.
• [17] Xianzhong M., Jimei W.: Estimation of reliability of fuses. IV/4.5-1990.
• [18] Baginki A., Timofeyev I.: Application of supplementary indications for identification of short - circuits by high - speed protections. IV/4.6-1990.
• [19] Jarvik J., Kuchumov L.: A comparison of the short - circuit current limiters. IV/4.7-1990.
• [20] Kosiak Z., Kuropatwiński L., Wilczyński В., Wilczyński W.: Active short circuit protection of thyristor converter. IV/4.9-1990.
• [21] Breer W., Chaudhuri P.: Prediction of circuit - breaker characteristics in the design stage by computer simulation. IV/4.10-1990.
• [22] Boichev B„ Tagarov K., Simeonova K„ Popsavov L..: Limitation of the short - circuit currents in high voltage networks and the problem of power system stability. IV/4.11-1990.
• [23] Tchemyakov V.: The PC programme for short - circuit currents calculation in the network containing up to 3000 nodes. IV/4.12-1990.
• [24] Erping L., McEwan P.M.: CAD design of current sensitive electromagnetic actuators. IV/4.13-1990.
• [25] Smeets R.P.P., Vossen J.W.G.L.: Design criteria and experimental evaluation of an AC current limiting element based on counter current injection. IV/4.14-1990.
• [26] Prajzner B., Hancock G., McEwan P.M., Morton J.S.: Uni - directional two - stage thyristor circuit breaker. IV/4.15-1990.
• [27] Jinzenji T.: GTO circuit breakers for DC feader protection. IV/4.16-1990.
• [28] Shao - You W., Jiang Li.: Current - limiting mechanism of low - voltage circuit breaker, realisation and applications. IV/4.17-1990.
• [29] Lipski T.: Limitation of short - circuit currents. General Report. V/4-1992.
• [30] Rubashov G.M., Aptekar D.I., Komulainen R.: Thyristor -based switches for limiting short - circuit currents in industrial MV - supply network. V/4.2-1992.
• [31] Jinzenji T., Suino K.: A consideration on the GTO circuit breaker interrupting performance. V/4.3-1992.
• [32] Acquasaliente G., Berto R„ Bordignon E.:SF6 circuit breakers and interruption of short - circuit currents with high asymmetrical component. V/4.4-1992.
• [33] Lipski T.:Recent developments in distribution fuses.V/4.5-1992.
• [34] Kasjanov G. P., Germanchuk T. F.:Fast - action digital short - circuit protection system for any concentrated power installation. V/4.6-1992.
• [35] Bulat T.: A method of power system configuration for on - line application. V/4.7- 1992.
• [36] Argiropoulos K., Voukelatos J.:Short - circuit protection practices and devices for overhead distribution (medium tension) lines. V/4.9-1992.
• [37] Walczuk E., Pastusiak P.:Computer simulation of short - circuit current limitation in low voltage power networks by means of A. C. circuit breakers. V/4.10-1992.
• [38] Lipski T.:Limitation of short - circuit currents. General report. VI/3-1994.
• [39] Brożyna M., Nowakowski J., Nowicz R.: Application of transreactors for measuring short - circuit currents. VI/3.1-1994.
• [40] Handschin E., Hoffmann W., Kuhlmann D.:An expert system for the control of short-circuit power in high voltage systems. VI/3.2-1994.
• [41] Holmes G., Mielczarski W.:Limiting fault current levels in distribution system using a continuously variable neutral impedance. VI/3.3-1994.
• [42] Kozłowski J., Wiśniewski J.:Choice of the best value of line to ground short - circuit current in MV network with resistor in neutral point. VI/3.4-1994.
• [43] Tran - Quoc T., Pierrat L.: Computation of protective current transformers transient performance including core hysteresis. VI/3.5-1994.
• [44] Kasztenny B., Marczonek S., Rosołowski E.: Digital model of three phase power transformer for investigation of protection schemes. VI/3.6-1994.
• [45] Andruszkiewicz J., Trzeciak A.: Decision support system of fault current calculations for determination of overcurrent protection settings in distribution lines. VI/3.7-1994.
• [46] Otto S., Oeding D.: Partial short - circuit currents to determine the suitable operating characteristic of distance - protection relays for double - circuit lines. VI/3.8-1994.
• [47] Platter F., Paul W.: A fault current limiter based on high TC - superconducting material. VI/3.10-1994.
• [48] Żyborski J., Lipski T.: The critical switching parameters of a new hybrid AC low - voltage circuit breaker without and with ZnO varistor. VI/3.11-1994.
• [49] Laurens M„ Morel R.: Low voltage current limitation and selectivity circuit - breakers. VI/3.12-1994.
• [50] Graselli U.: Fuse overcurrent behaviour for selectivity and reliability evaluation of protection of protection systems. VI/3.13-1994.
• [51] Graselli U., Parise G.: Short - circuit as designing parameters of building power systems. VI/3.14-1994.
• [52] Kuznetsov V.: Electric power system with limited power and short - circuit current. VI/3.15-1994.
• [53] Zielichowski M., Fulczyk M.: The ground - fault protection of generator - transformer units impelled by 3rd harmonic of voltage. VI/3.16-1994.
• [54] Dołowy M., Kobosko S.: The coefficient of earth - fault compensation during faults in high voltage lines. VI/3.17-1994.
• [55] Laurens A., Morel R., Rival M.: The low voltage circuit breaker. VII/3.1-1996.
• [56] Kerim A.A.A.: High speed snubberless GTO thyristor circuit breaker for low power circuit. VII/3.2-1996.
• [57] Osman A.H., Kerim A.A.A., Mahmoud M.M.M.: GTO thyristor circuit breaker in DC power circuits.VII/3.3-1996.
• [58] Góra S., Szwed P.: The application of generator circuit-breaker for transformer block protection against the influence of internal short-circuit.VII/3.4-1996.
• [59] Zlahtic F.: Limitation of the short-circuit current working component in networks with an inaccessible neutral.VII/3.5-1996.
• [60] Małyszko O., Miętus R., Nowakowski R., Zeńczak M.: Analysis of possibilities of application of peak short - circuit current limiters.VII/3.6-1996.
• [61] Glinkowski M.T.: Switching transients assiociated with arc interruption in vacuum circuit breakers - a guide.VII/3.7-1996.
• [62] Czucha J., Partyka R., Żyborski J.: AC low-voltage arcing fault protection by hybrid current limiting interrupting device.VII/3.8-1996.
• [63] Wolny A.: Application of varistor assisted fuses to short-circuit current limitation.VII/3.9-1996.
• [64] Jakubiuk K.,Lipski T.: Modelling of short-circuit test station behaviour during tests of current limiting interrupting devices.VII/3.10-1996.
• [65] Dankowski A., Jakubiuk K., Lipski T.: On validity of short-circuit tests of current limiting interrupting devices.VII/3.11-1996.
• [66] Jakubiuk K., Lipski T.: Influence of the feeding grid configuration on behaviour of short-circuit station by tests of current limiting interrupting devices. VII/3.12- 1996.
• [67] Kuznetsov V., Pivnyak G., Ribalko A.: Current and power limiting in the process of the electric locomotives with the inductive power supply system emergency operation. VII/3.13-1996.
• [68] Januszewski S., Stańczak W., Świątek H., Zymmer K.: Internal short-circuits in high power converters with IGBT transistors.VII/3.14-1996.
• [69] Pelletier P., Brochu J., Beauregard F., Lemay J.: The interphase power controller (IPC) technology for passive short-circuit limitation into power systems.VIII/35- 1998.
• [70] Hartung K.H.:Short-circuit current limiter- Is limiter. systems.VIII/36-1998.
• [71] Popovic L.M.: Reduction of the part of the earth fault current flowing through a substation earthing grid.VIII/37-1998.
• [72] Messina C., Messina N., Oriti C., Tina G.: High speed current limiting circuit breaker for LV distribution systems. VIII/38-1998.
• [73] Shimizu H., Kameji T., Yokomizu Y., Matsumura T.: Recovery time of superconducting fault current limiter operation. VIII/39-1998.
• [74] Czucha J., Pikon M., Żyborski J.: Ultra rapid IGBT - contact current limiting interrupting device of very high breaking capacity.VIII/44-1998.
• [75] Jakubiuk K., Lipski T. Ibanez J.Aspas: Extreme short-circuit current limitating needs test circuit more unification.VIII/45-1998.