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Title:Energijski prihranki z zmanjševanjem teže rotacijskih elementov avtomobila
Authors:ID Smolič, Klemen (Author)
ID Kopač, Janez (Mentor) More about this mentor... New window
Files:.pdf 1198$$energijski_prihranki_z_zmanjsevanjem_teze_rotacijskih_elementov_avtomobila.pdf (2,58 MB)
MD5: B6BB93C83EE4C03CB94A47410F3BDC02
 
Language:Slovenian
Work type:Bachelor thesis/paper
Organization:UNM FS - University of Novo mesto - Faculty of Mechanical engineering
Abstract:Diplomska naloga obravnava optimizacijo rotacijskih elementov vozil za manjšo maso in boljše aerodinamične lastnosti z namenom večje energetske učinkovitosti in trajnostne mobilnosti. Analizirani so materiali in oblike za zmanjšanje porabe energije ter povečanje dosega vozil. Rezultati kažejo, da 10 % manjša masa izboljša učinkovitost do 4 %, kombinacija z aerodinamično optimizacijo pa prinese do 10 % prihrankov. Največji potencial imajo lahki a trdni materiali kot so kompoziti. Naloga ponuja smernice za razvoj vozil prihodnosti, zmanjšanje okoljskega odtisa in večjo konkurenčnost v avtomobilski industriji.
Keywords:energijski prihranki, zmanjševanje teže, rotacijski elementi, materiali, avtomobili, električno vozilo
Year of publishing:2025
PID:20.500.12556/ReVIS-12451 New window
Publication date in ReVIS:17.10.2025
Views:55
Downloads:1
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Secondary language

Language:English
Title:Energy savings by reducing the weight of the car's rotating elements
Abstract:The thesis deals with the optimization of rotational vehicle components for reduced weight and improved aerodynamic properties, with the aim of greater energy efficiency and sustainable mobility. Materials and shapes have been analyzed to reduce energy consumption and increase vehicle range. Results show that a 10% reduction in weight improves efficiency by up to 4%, and when combined with aerodynamic optimization, it can result in up to 10% savings. The greatest potential is in lightweight yet strong materials such as composites. The task offers guidelines for the development of future vehicles, reducing the environmental footprint and increasing competitiveness in the automotive industry.
Keywords:energy savings, weight reduction, rotating elements, materials, automobiles, electric Vehicle


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