Ultrafast charging station for electric vehicles
The infrastructure of electric vehicle could generate very high request on energy. To reduce the request and average the power consumption we can build stations with battery. In technology with battery is possible supply the plugs from various sources - directly from the grid or from the battery. This solution could be expand by next charging positions joined to the battery. The connection system between battery and charging positions has a conditioners and intelligent switches(grid/battery) separate for all positions. Cells with its construction can provide power to the EV or nearby buildings even while the grid is off. Necessary is provide proper conditions work of cells for maintain the longest lifetime of battery.
Bakker S., Leguijt P., Lente H., Niche accumulation and standardization – the case of electric vehicle recharging plugs, Journal of Cleaner Production tom 94, 1 maj 2015, str. 155-164.
Boynuegri A.R., Uzunoglu M., Erdinc O., Gokalp E., A new perspective in grid connection of electric vehicles: Different operating modes for elimination of energy quality problems, Applied Energy, tom 132, 1 listopad 2014, str. 435-451.
Gnann T., Funke S., Jakobsson N., Plötz P., Sprei F., Bennehag A., Fast charging infrastructure for electric vehicles: Today’s situation and future needs, Transportation Research Part D: Transport and Environment, tom 62, lipiec 2018, str. 314-329
Kras B, Gutowski R, Figura R ,Rodzina modułowych baterii litowych w technologii LTO z systemem zarządzania termicznego do pracy w systemach autobusowych szybkiego ładowania, "Autobusy" 2016 nr.12.
Rubino L., Capasso C., Veneri O., Review on plug-in electric vehicle charging architectures integrated with distributed energy sources for sustainable mobility, Applied Energy, tom 207, 1 grudzień 2017, str. 438-464.
Shareef H., Islam M., Mohamed A., A review of the stage-of-the-art charging technologies, placement methodologies, and impacts of electric vehicles, Renewable and Sustainable Energy Reviews, tom 64, październik 2016, str. 403-420.
Tanim T., Shirk M., Bewley R., Dufek E., Liaw B., Fast charge implications: Pack and cell analysis and comparison, Journal of Power Sources, tom 381, 31 marzec 2018, str. 56-65.
Materiały wewnętrzne, Delta Electronics.
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