A Holistic Web Solution for E-mobility

Na spletu je na voljo več portalov, namenjenih obveščanju o novostih na področju e-mobilnosti, vendar pa ti portali ne omogočajo kaj dosti več od objavljanja novic. V okviru diplomske naloge smo se zato odločili za izvedbo celostne rešitve, ki zapolnjuje omenjeno vrzel. Razvili smo aplikacijo EVconnect, ki poleg objavljanja novic s področja e-mobilnosti omogoča tudi izdelavo in vzdrževanje lastne zbirke novic, vodenje evidence stroškov polnjenja električnega vozila, pregledovanje stanja električnih polnilnic ter njihovo ocenjevanje in komentiranje. Ključne informacije so predstavljene s pomočjo nazornih diagramov. Aplikacija tako povezuje uporabnike in ponudnike proizvodov in storitev e-mobilnosti, namenjena pa je vsem zainteresiranim stranem na tem področju. Med ključne dejavnike uspeha aplikacije uvrščamo interes ponudnikov za oglaševanje novosti in celovitost podatkov o električnih polnilnicah. Poleg opisa aplikacije smo v diplomski nalogi velik poudarek namenili tudi načrtovanju in posameznim tehničnim rešitvam. Spletno aplikacijo smo razvili v skladu z arhitekturo MEAN, ki nam omogoča celostni razvoj programske opreme.Although there are multiple websites that provide information and news in the field of e-mobility, they scarcely offer their users much more than that. To fill this gap, we developed a holistic solution, a web portal called EVconnect, that makes it possible to publish news, to create and maintain a user-defined collection of news, to keep track of electric vehicle charging expenses, and to examine, rate, and comment the available charging stations. The most important data are visualized using intuitive diagrams. Our application is intended to serve all interested parties in the field of e-mobility. Furthermore, it may be regarded as a means to connect the users and suppliers of e-mobility products and services. The key factors contributing to the application\u27s success include the suppliers\u27 interest in publishing relevant news and the completeness of the data about charging stations. In the thesis, we are not concerned solely with the presentation of the application itself but also with its design and with individual technical solutions. We developed the application in accordance with the MEAN architecture, which makes it possible to create software within a comprehensive development framework