Energijska analiza vozila na pedala s sončnimi celicami in baterijskim hranilnikom

Aplinc, Nal (author), Hočevar, Marko (mentor)

V sodobnem času je globalno segrevanje vedno večji problem. V tem diplomskem delu je predstavljeno vozilo kot potencialna rešitev tega izziva. Razvili smo koncept prevoznega sredstva, ki združuje električno energijo, pridobljeno s sončnimi celicami, in energijo, proizvedeno s človeško močjo. Vozilo prevaža štiri potnike, ki s poganjanjem pedal poganjajo zadnjo pogonsko gred, ta pa vrti zadnji kolesi. Zadnjo pogonsko gred prek zobnikov in verige poganja tudi elektromotor, ki potrebno električno energijo pridobiva iz baterijskega hranilnika. Vozilo ima na strehi nameščene sončne celice, ki polnijo baterijski hranilnik. Glavni cilj diplomske naloge je bil ovrednotiti smiselnost in zmogljivost takega vozila. V diplomski nalogi je predstavljena in razložena tudi shema električnega sistema takega vozila. Predstavljena pa je tudi energijska analiza potovanja s tem vozilom.

• Language: Slovenian
• Keywords: energijska analiza, pridobivanje in poraba električne energije, vozilo na pedala, sončne celice, trajnostna mobilnost, energetska učinkovitost
• Work type: Bachelor thesis/paper
• Organization: FKKT - Faculty of Chemistry and Chemical Technology
• Year: 2024
• PID: 20.500.12556/RUL-161367
• Publication date in RUL: 10.09.2024

Secondary language

• Language: English
• Title: Energy analysis of a pedal-powered vehicle with solar cells and battery storage system

Abstract

In modern times, global warming is becoming an increasingly significant problem. This thesis presents a vehicle as a potential solution to this challenge. We have developed a concept of a transportation means that combines solar-generated electricity with human-powered energy. The vehicle carries four passengers, who drive the rear drive shaft by pedaling, which in turn rotates the rear wheels. The rear drive shaft is also powered by an electric motor through gears and a chain, with the necessary electrical energy supplied by a battery storage system. The vehicle is equipped with solar panels on the roof that charge the battery storage. The main objective of the thesis was to evaluate the feasibility and performance of such a vehicle. The thesis also presents and explains the electrical system diagram of the vehicle. It also presents energy analysis of traveling with this vehicle.

• Keywords: energy analysis, electrical energy generation and consumption, pedal-powered vehicle, solar panels, sustainable transportation, energy efficiency