Optimal route scheduling-driven study of a photovoltaic charging-station (parking lot) for electric mini-buses

[摘要] The objective of the present study is threefold: To highlight how electro-mobility can: (a) Contribute to the promotion of the environmental conservation of the rural areas (through an integrated solution for reducing the carbon footprint of road facilities and transport), (b) Enhance tourism-based economical development, (c) facilitate students in their daily transport and residents (elderly, disabled, distant-residents) in their daily on-demand transport. The overall goal is to design an energy-efficient, regional intelligent transportation system with innovative solar-energy charging-stations for e-vehicles in municipalities with many geographically scattered small villages and small cities. The innovative character of the study is that it tries to tackle all three specific objectives simultaneously and with the same means, since it utilizes Intelligent Transportation Systems (ITS). The study is adapted and applied to an area with the above characteristics, in order to demonstrate the proof of concept.

[发布机构] Western Macedonia University of Applied Sciences, Koila Kozanis 1, Kozani; 50100, Greece^1;University of Patras, Ypatias 1, Rio-Patras; 26500, Greece^2

[效力级别] 能源学

[关键词] Charging station;Economical development;Electro mobilities;Energy efficient;Environmental conservation;Innovative character;Integrated solutions;Intelligent transportation systems