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Simulacija voznih ciklov vozila z uporabo modela asinhronskega stroja
BIZJAN, ANŽE (Author), Miljavec, Damijan (Mentor) More about this mentor... This link opens in a new window

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Abstract
Delež vozil na električni pogon se iz leta v leto povečuje. Po nekaterih podatkih presega 100% letno rast. Glede na različne želje in potrebe uporabnikov je vozni park sestavljen iz palete različnih tipov vozil. Le ta imajo različne zmogljivost. Z željo po določitvi baterijskega paketa in izbiri nazivne moči pogonskega sistema vozila je bila izbrana tema diplomske naloge. V njej se z uporabo programskih paketov simulira virtualno okolje z voznim režimom in fizikalnim opisom vozila v katerega se vnese podatke pogonskega sistema. Izbran pogon je asinhronski stroj. Model opisuje obnašanje asinhronskega stroja s stališča zmogljivosti premagovanja zahtevanih bremen in toplotne slike stroja. Rezultat je orodje, ki uporabniku nudi oceno potreb posameznega vozila, preizkus zmogljivosti pogonskega sistema in potrebne zaloge energije.

Language:Slovenian
Keywords:dimenzioniranje, električna vozila, asinhronski motor, vozni cikel
Work type:Undergraduate thesis (m5)
Organization:FE - Faculty of Electrical Engineering
Year:2016
Views:1182
Downloads:593
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Secondary language

Language:English
Title:Simulation of vehicle driving cycles using induction machine model
Abstract:
Percentage of electric vehicles sold is growing on a yearly basis. Based on some estimates it reaches over 100% annually. Those vehicles differ based on needs of their users. The difference comes in different range, performance, luxury etc. The topic of diploma was chosen in order to make a tool to help determine required capacity of battery pack and nominal power of machine installed into a vehicle. Using Simulink and Amesim software package a simulation environment for testing of induction machine driven vehicle was build. The built model describes the performance and thermal picture of induction machine during specified drive cycle. Result is a tool that enables obtaining preliminary values that help decide the needed parameters of induction machine and energy storage system.

Keywords:electric vehicle, induction machine, energy storage, performance, drive cycle, simulation

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