Controllable and fast charging for electric vehicles

Razvoj električnih vozila i pripadne infrastrukture pitanje je današnjice koje određuje budućnost. Tema ovog rada je proučavanje svih bitnih čimbenika brzog i upravljivog punjenja električnih vozila. Vrlo velika pažnja posvećena je proučavanju temeljnih postulata učinske elektronike, iz razloga što je to jedan od temelja za daljnji razvoj efikasnih sustava punjenja i upravljanja baterijskih spremnika. Nastavno na to, dan je pregled ustaljenih te suvremenih metoda testiranja i modeliranja baterija s naglaskom na litij-ionske baterije. U konačnici, putem Siemensovog alata za programiranje PLC-ova iz njihove palete proizvoda, napravljena je simulacija upravljanja punionicom i cijelog procesa punjenja upravo putem PLC-a.The development of electric vehicles and the related infrastructure is the question of the present which determines the future. The theme of this thesis is a study of all relevant factors related to the controllable and fast charging for electric vehicles. Big attention is devoted to the main postulates of power electronics. Power electronics is one of the preconditions for the future development of efficient systems for charging and control of battery storage. Further in the text is a review of today’s state-of-the-art battery testing and modeling methods, with the focus on lithium-ion batteries. In the end, it was used Siemens’ PLC programming tool to create a simulation of controlling a charging station and the whole process of charging via PLC