20.500.12556/RUL-140403 Testni sistem za zaščito in vodenje elektroenergetskega sistema Test system for power system protection and control Nova pridobitev Katedre za elektroenergetske sisteme in naprave je testno okolje za zaščito in daljinsko vodenje podjetja Schneider Electric. V sklopu praktičnega usposabljanja ob zaključku študijskega programa Energetska tehnika in avtomatizacija postrojev smo testno okolje vzpostavili v sistem, s pomočjo katerega bodo lahko študentje na realnih primerih izvajali laboratorijske vaje. V uvodu bo na kratko predstavljen elektroenergetski sistem (EES) ter sistemi, ki skrbijo za njegovo normalno delovanje. Na enostavnem primeru realnega srednje napetostnega polja bomo predstavili del njegovih osnovnih gradnikov in upravljanja z njimi. V prvem poglavju se bomo posvetili sestavnim delom testnega okolja. Podrobno bomo predstavili njegove sestavne dele, njihovo delovanje, povezljivost in namene uporabe. V drugem poglavju bo predstavljen praktičen potek vseh postopkov, ki so nas pripeljali do celovitega delovanja testnega sistema. Na kratko bomo predstavili osnovno shemo in projektno osnovo za sestavo testnega okolja. Bolj podrobno se bomo v nadaljevanju posvetili samemu testiranju in programski implementaciji sistema v celoto. V zaključku se bomo ozrli nazaj in ovrednotili dosežene cilje in napake, ki so se pojavile med izdelavo. Poleg tega bomo pregledali nadgradnje, ki bi izboljšale funkcionalnost celotnega sistema. The new acquisition for Department of power systems and devices is test environment for protection and remote control from Schneider Electric. As the part of the faculty mandatory practical work at the end of the program Power Engineering Technology and System Automation we established the environment into the system for faculty laboratory exercises. The electric power system and the systems which ensure its normal operation will be described in the introduction. Using a simple example of a real medium voltage field, we will present some of its basic components and their management. In the first chapter, we will focus on the components of the test environment. We will present in detail its components, their operation, connectivity, and purposes of use. In the second chapter, the practical course of all the procedures that led us to the comprehensive operation of the test system will be presented. We will briefly present the basic scheme and project basis for the construction of the test environment. In the following, we will focus in more detail on the actual testing and software implementation of the system as a whole. In conclusion, we will summarize the usability of the established system and indicate the starting points of its future use for the purposes of study processes. EES stikališče SCADA IED IEC 61850 zaščita EES Power system substation SCADA IED IEC 61850 power system protection true false false Slovenski jezik Angleški jezik Diplomsko delo/naloga 2022-09-14 14:00:10 2022-09-14 14:00:18 2022-09-16 04:14:37 0000-00-00 00:00:00 2022 0 0 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 1970-01-01 61054 121378307 Hrvatin_Andrej_-_Testni_sistem_za_zascito_in_vodenje_elektroenergetskega_sistema.pdf Hrvatin_Andrej_-_Testni_sistem_za_zascito_in_vodenje_elektroenergetskega_sistema.pdf 1 97F245A7D8BE1010E9F253B0D513E09C d8b1861d95175ba81254353cf9b94d1d544cb8a209185d607c0a66f31077e5db bc20c08a-3424-11ed-92af-00155dcfd717 https://repozitorij.uni-lj.si/Dokument.php?lang=slv&id=161120 Fakulteta za elektrotehniko 0 0 0