We investigate the effect of partial customer based vehicle relocation on the performance of one-way electric carsharing systems. According to the proposed scheme customers are offered incentives to accept deviations over their preferred pick-up and drop-off locations, and pick-up time. Through the proposed scheme we seek to achieve a better balance between demand and supply while reducing the need for costly personnel based vehicle relocation. We report results from the analysis of different scenarios generated by varying the level of: i) deviation from the preferred trip characteristics, ii) the corresponding incentive levels, and iii) the underlying business model
One-way electric car-sharing services (ECS) are considered a promising solution for sustainable pass...
This paper addresses an Electric Vehicle Relocation Problem (E-VReP), in oneway carsharing systems, ...
Station-based one–way electric carsharing (SBOWECS) systems provide a convenient, flexible, and envi...
Carsharing is an advanced car rental service, which allows its users to rent vehicles for a short pe...
Car-sharing systems provide an attractive transportation alternative to their users with beneficial ...
One-way systems provide flexibility for their users. However, operators prefer to implement round-tr...
One-way car-sharing systems, which allow customers to return vehicles to the stations where they wer...
In this paper, we consider a station-based electric car-sharing system which allows one-way trips, a...
Traditional car-sharing services are based on the two-way scheme, where the user picks up and return...
In Vehicle Sharing Systems (VSSs), users can rent a vehicle paying a charge depending only on the a...
Car-sharing systems are an attractive alternative to private vehicles due to their benefits in terms...
One-way electric carsharing systems provide an environmentally friendly option for facilitating urba...
Carsharing is an advanced car rental system that allows its users to rent vehicles for a short perio...
Carsharing services allow users to benefit from the advantages of a private car without the costs of...
Car-sharing systems provide an attractive transportation alternative to their users with beneficial ...
One-way electric car-sharing services (ECS) are considered a promising solution for sustainable pass...
This paper addresses an Electric Vehicle Relocation Problem (E-VReP), in oneway carsharing systems, ...
Station-based one–way electric carsharing (SBOWECS) systems provide a convenient, flexible, and envi...
Carsharing is an advanced car rental service, which allows its users to rent vehicles for a short pe...
Car-sharing systems provide an attractive transportation alternative to their users with beneficial ...
One-way systems provide flexibility for their users. However, operators prefer to implement round-tr...
One-way car-sharing systems, which allow customers to return vehicles to the stations where they wer...
In this paper, we consider a station-based electric car-sharing system which allows one-way trips, a...
Traditional car-sharing services are based on the two-way scheme, where the user picks up and return...
In Vehicle Sharing Systems (VSSs), users can rent a vehicle paying a charge depending only on the a...
Car-sharing systems are an attractive alternative to private vehicles due to their benefits in terms...
One-way electric carsharing systems provide an environmentally friendly option for facilitating urba...
Carsharing is an advanced car rental system that allows its users to rent vehicles for a short perio...
Carsharing services allow users to benefit from the advantages of a private car without the costs of...
Car-sharing systems provide an attractive transportation alternative to their users with beneficial ...
One-way electric car-sharing services (ECS) are considered a promising solution for sustainable pass...
This paper addresses an Electric Vehicle Relocation Problem (E-VReP), in oneway carsharing systems, ...
Station-based one–way electric carsharing (SBOWECS) systems provide a convenient, flexible, and envi...