Abstract
This study proposes a technique appropriate for reflecting users' behavioral habits in a deployment and compensation plan of fuel-cell-vehicle (FCV) fuel-supply infrastructure. A deployment plan using distance information such as a Voronoi diagram, etc. was combined with the analytical hierarchy process (AHP) in order to extend the plan by considering qualitative factors. In addition, the validity of this technique was confirmed according to the degree of coincidence with the existing deployment and compensation plan of a fuel-supply infrastructure. It is expected that future deployment and compensation plans will be smoothly formulated with this technique. In the future, we will develop various measures for easy utilization of this technique by developing systemized tools based on this technique and by improving the efficiency to collect information on behavioral habits from users.
