Concept of isolated universal bidirectional converters for electric vehicle applications with improved power density = Parendatud võimsustihedusega isoleeritud universaalsete kahesuunaliste muundurite kontseptsioon elektriautode rakendustele
author
supervisor
statement of authorship
Parham Mohseni Dash Agholi ; [supervisor: Dmitri Vinnikov, co-supervisor: Oleksandr Husev ; Tallinn University of Technology, School of Engineering, Department of Electrical Power Engineering and Mechatronics]
type of dissertation
doktoritöö
university/scientific institution
Tallinna Tehnikaülikool
location of publication
Tallinn
publisher
year of publication
pages
174 p. : ill
series
Tallinn University of Technology. Doctoral thesis = Tallinna Tehnikaülikool. Doktoritöö ; 90/2025
subject of form
ISSN
2585-6898
2585-6901 (PDF)
ISBN
978-9916-80-418-6 (PDF)
978-9916-80-417-9
notes
Autori publikatsioonide nimekiri leheküljel 7
Bibliograafia lehekülgedel 77-83
Kokkuvõte eesti keeles
Kättesaadav ka võrguteavikuna
Autori CV inglise ja eesti keeles, lk. 173-174
Thesis (Ph.D.) : Tallinn University of Technology, 2025
url
Open Access
Open Access
scientific publication
teaduspublikatsioon
classifier
TalTech department
language
inglise
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- Novel concept of universal AC/DC-DC onboard battery charger for electric vehicles
- FCB-MPC-based cycle skipping control for soft-switched isolated AC-DC converter with reduced inductors in PFC stage
- Design Optimization for Enhancing the Power Density and Efficiency for GaN-Based DC–DC Converter
Mohseni Dash Agholi, P. Concept of isolated universal bidirectional converters for electric vehicle applications with improved power density = Parendatud võimsustihedusega isoleeritud universaalsete kahesuunaliste muundurite kontseptsioon elektriautode rakendustele. Tallinn : TalTech Press, 2025. 174 p. : ill. (Tallinn University of Technology. Doctoral thesis = Tallinna Tehnikaülikool. Doktoritöö ; 90/2025). https://www.ester.ee/record=b5972755*est https://digikogu.taltech.ee/et/Item/69b52c26-1601-423d-aa3a-541df822c686 https://doi.org/10.23658/taltech.90/2025