Electric-Drive Vehicle Fleets need proper charging infrastructure available in the area of operation. The number of potential locations can be quite large with differing costs for preparation, installations, operation and maintenance. We consider a planning approach based on vehicle movement scenarios. Given a large set of vehicle movements and parking activities, we search for a cost minimal subset of all charging locations subject to proper supply of all vehicles.
A New Model Approach on Cost-Optimal Charging Infrastructure for Electric-Drive Vehicle Fleets
Operations Research Proceedings
2011-06-21
6 pages
Article/Chapter (Book)
Electronic Resource
English
Sequence Element , Potential Location , Demand Point , Capacity Level , Ambulance Location Business and Management , Operations Research/Decision Theory , Operations Research, Management Science , Mathematical and Computational Engineering , Optimization , Mathematical Modeling and Industrial Mathematics
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