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Stanje infrastrukture za električno mobilnost v Sloveniji
ID Malek Petrovič, Tjaša (Author), ID Ogrin, Matej (Mentor) More about this mentor... This link opens in a new window

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Abstract
Promet predstavlja pomemben del našega vsakdana, s tem da je cestni promet eden največjih onesnaževalcev in proizvajalcev toplogrednih plinov v Evropi. Za zmanjševanje negativnih vplivov prometa na okolje so vse bolj priljubljena in uveljavljena električna vozila, ki imajo ničelne izpuste CO₂. Vendar pa uspešna integracija električnih avtomobilov zahteva kakovostno in dobro razvejano polnilno infrastrukturo, katera še zmeraj predstavlja velike izzive. Uspešen prehod na električno mobilnost, ki predstavlja trajnostno obliko osebnega prevoza v prihodnosti, je mogoč le z ustrezno razvito polnilno infrastrukturo. V nadaljevanju bo predstavljen razvoj in prilagoditev Slovenije na področju polnilne infrastrukture za električno mobilnost, vključno s primerjavo z vodilnimi državami na tem področju. Delo vključuje analizo značilnosti razporeditev polnilnih postaj po Sloveniji, pri čemer so bile izpostavljene razlike med zahodnimi in vzhodnimi regijami ter urbanimi in ruralnimi območji. Na podlagi ugotovitev so predstavljeni predlogi za izboljšave polnilne infrastrukture v Sloveniji, kar je osnovni pogoj za povečanje deleža električnih vozil in vzporedno povečevanje števila polnilnic.

Language:Slovenian
Keywords:geografija prometa, električna mobilnost, trajnostna mobilnost, polnilne postaje, polnilna infrastruktura
Work type:Bachelor thesis/paper
Organization:FF - Faculty of Arts
Year:2024
PID:20.500.12556/RUL-162219 This link opens in a new window
Publication date in RUL:20.09.2024
Views:159
Downloads:43
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Secondary language

Language:English
Title:State of the infrastructure for electric mobility in Slovenia
Abstract:
Transport is an important part of our daily lives. Road transport is one of the biggest polluters and producers of greenhouse gases in Europe. To reduce the negative environmental impacts of transport, zero CO₂ electric vehicles are becoming increasingly popular and used by many. However, the successful integration of electric cars requires a high-quality and well-developed charging infrastructure, which still poses major challenges. A successful transition to electric mobility as a sustainable and future-proof form of personal transport is only possible with a properly developed charging infrastructure. In the paper, Slovenia's development and adaptation in the field of charging infrastructure for electric mobility will be presented, including a comparison with leading countries in this field. The work includes an analysis of the characteristics of the distribution of charging stations across Slovenia, highlighting the differences between urban and rural areas, western and eastern regions. Based on the findings, proposals are presented for improving the charging infrastructure in Slovenia, which is a prerequisite for increasing the share of electric vehicles and, in parallel, further increasing the number of charging stations.

Keywords:transport geography, electric mobility, sustainable mobility, charging stations, charging infrastructure

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