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Načrt koncepta digitalizacije vozlišč storitev elektromobilnosti
ID KEŠPRET, MATIJA (Author), ID Rupnik, Rok (Mentor) More about this mentor... This link opens in a new window

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Abstract
Človeštvo je doseglo mejnik, ko je razlogov za prehod na električno mobilnost več kot dovolj. Elementi prehoda vključujejo digitaliziran razvoj polnilne infrastrukture, ki omogoča učinkovito in hitro polnjenje električnih vozil. Polnilne postaje postajajo vse dostopnejše, a pogosto digitalno nepovezane in z oteženim postopkom uporabe. Te izzive naslavlja digitalna integracijska infrastruktura, ki jo polnilni kampus potrebuje za svoje delovanje. Digitalna integracijska infrastruktura je zasnovana večnivojsko s predvideno namestitvijo bodisi v okolje oblačnih ponudnikov bodisi na virtualno infrastrukturo polnilnega kampusa. Enostavno razširljivost vsebinskih funkcionalnosti omogoča modularna zasnova, ki jo krmili jedro, ki omogoča komunikacijo med moduli. Samo povezljivost z deležniki, ki so bodisi interni sistemi bodisi zunanji partnerji pa zagotavljata spletna storitev in vmesnik API, ki s svojimi metodami omogočata izmenjavo podatkov z drugimi informacijskimi sistemi ali klienti.

Language:Slovenian
Keywords:električna mobilnost, polnilna infrastruktura, digitalna integracijska infrastruktura polnilne infrastrukture, vozlišča polnilne infrastrukture, vozlišča električne mobilnosti, overjanje ter plačilo uporabnikov polnilne infrastrukture
Work type:Bachelor thesis/paper
Organization:FRI - Faculty of Computer and Information Science
Year:2024
PID:20.500.12556/RUL-155972 This link opens in a new window
Publication date in RUL:25.04.2024
Views:52
Downloads:2
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Secondary language

Language:English
Title:The Design of Digital Hub for eMobility Services
Abstract:
Humanity has reached a point where there are more than enough reasons to switch to electric mobility. Elements of the transition include development of digitalized charging infrastructure that enables efficient and fast charging of electric vehicles. Charging stations are becoming more accessible. However, usage is often complicated or stations itself are not digitally connected. These challenges are addressed by the digital integration infrastructure that a charging campus needs to operate. This digital integration infrastructure is designed in a multi-tier way and can be deployed either in a cloud provided environment or on-premise virtual infrastructure. Seamless scalability of the content functionalities is facilitated by a modular design, controlled by a core that allows communication and data exchange between modules. Connectivity with internal systems is provided by the web service, while API interface allows data exchange with other IT systems or clients.

Keywords:electric mobility, charging infrastructure, digital charging infrastructure integration infrastructure, charging infrastructure hubs, electric mobility hubs, charging infrastructure user authentication and payment

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