| Title | Elektromagnetska simulacija sustava za bežično induktivno punjenje električnog automobila korištenjem ANSYS Maxwell programa |
| Author | Nemanja Mišljenović |
| Mentor(s) | Marinko Barukčić (thesis advisor)
|
| Abstract | U ovom diplomskom radu opisani su principi bežičnog punjenja električnog vozila, te pregled modernih dostignuća. Uz pregled sadašnje tehnologije i principe bežičnog punjenja posebna se pozornost usmjerila na induktivno bežično punjenje. Induktivno bežično punjenje se ističe jer najviše zadovoljava tražene zahtjeve. U tom pogledu provedena je simulacija u programskom alatu ANSYS na geometriji transformatora bez feromagnetske jezgre. Opisani su detaljni koraci koji su provedeni prilikom simulacije, crtanje geometrije, definiranje materijala, dodjela izvora i graničnih svojstava te postavke i provođenje simulacije. Dobiveni rezultati su prikazani i obrađeni. |
| Keywords | ANSYS wireless charging transformer resonator air transformer. |
| Parallel title (English) | Electromagnetic simulation of wireless system for charging electrical vehicle in ANSYS MAxwell software |
| Committee Members | Marinko Barukčić (committee chairperson)
Željko Hederić (committee member)
Ivan Biondić (committee member)
|
| Granter | Josip Juraj Strossmayer University of Osijek
Faculty of Electrical Engineering, Computer Science and Information Technology Osijek |
| Lower level organizational units | Department of Electromechanical Engineering
Chair of Fundamentals of Electrical Engineering and Measurements |
| Place | Osijek |
| State | Croatia |
| Scientific field, discipline, subdiscipline | TECHNICAL SCIENCES
Electrical Engineering
Electromechanical Engineering
|
| Study programme type | university |
| Study level | graduate |
| Study programme | Graduate University Study Programme in Electrical Engineering; specializations in: Communications and Informatics, Power Engineering |
| Study specialization | Communications and Informatics |
| Academic title abbreviation | mag.ing.el. |
| Genre | master's thesis |
| Language | Croatian |
| Defense date | 2018-07-16 |
| Parallel abstract (English) | In this graduate thesis, the principles of wireless charging of electric vehicles are described and a review of modern achievements is given. In addition to the current technology and the wireless charging principle, special attention has been paid to inductive wireless charging. Inductive wireless coverage stands out because it meets most of the requirements. In this respect, simulation was carried out in the ANSYS programming tool on the geometry of the transformer without a ferromagnetic core. Detailed steps were taken during simulation, geometry drawing, material definition, source allocation and boundary properties, and setting and simulation implementation. The results obtained are presented and analized. |
| Parallel keywords (Croatian) | ANSYS bežično punjenje transformator rezonator zračni transformator. |
| Resource type | text |
| Access condition | Open access |
| Terms of use |  |
| URN:NBN | https://urn.nsk.hr/urn:nbn:hr:200:020409 |
