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ELEKTROMAGNETNI VPLIV VISOKONAPETOSTNIH VODOV NA PLINOVODNO INFRASTRUKTURO
ID HUČ, DUŠAN (Author), ID Mihalič, Rafael (Mentor) More about this mentor... This link opens in a new window

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Abstract
Vse večje omejitve v naravnem in življenjskem prostoru ženejo operaterje energetskih omrežij v skupne energetske koridorje. Zaradi njihovih vzporednih potekov prihaja med njimi do medsebojnih vplivov. V magistrskem delu je v začetku predstavljeno elektroenergetsko in plinovodno omrežje Slovenije ter zakonodaja, na podlagi katere se izvedejo ustrezni ukrepi za ugotovitev možnih medsebojnih sklopov. V nadaljevanju so opisane teoretične osnove za izračun vseh vrst medsebojnih sklopov ter primerjava med različnimi parametri, ki vplivajo na višino inducirane napetosti na plinovodu. Opisan je proces nastanka izmenične korozije in način izvedbe meritev za ugotavljanje njene velikosti. Na osnovi rezultatov meritev ali izračunov višine inducirane napetosti na cevovodu ter oceni nastanka izmenične korozije so predstavljeni različni omilitveni ukrepi za njuno omejitev.

Language:Slovenian
Keywords:elektromagnetni sklopi, inducirana napetost, izmenična korozija, omilitveni ukrepi
Work type:Master's thesis (m2)
Organization:FE - Faculty of Electrical Engineering
Year:2016
Publication date in RUL:14.09.2016
Views:900
Downloads:299
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Secondary language

Language:English
Title:ELECTROMAGNETIC INFLUENCE OF HIGH VOLTAGE TRANSMISSION LINES ON PIPELINE INFRASTRUCTURE
Abstract:
The ever-growing restrictions in natural and living environment spur energy grid operators into joint energy transmission corridors. The consequences of parallel running of power lines and pipelines are mutual electromagnetic couplings. At the beginning, this thesis presents Slovenian electric and gas grid as well as Slovenian legislation that dictates which appropriate actions should be taken to determine possible mutual couplings. The following describes theoretical basis for the calculation of all kinds of mutual couplings and comparison between various parameters that effect the level of induced voltage on the pipeline are described. The process of the formation of a.c. corrosion and the method how to perform measurements to determine it's rate is also described. Various mitigation measures are presented for the restriction of occurrence of AC corrosion and the level of induced voltage based on measured or calculated results.

Keywords:electromagnetic couplings, induced voltage, AC corrosion, mitigation

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