Using alternative fuel vehicles is one of the ways to reduce the consumption of fossil
fuels which have many negative environmental effects. An alternative fuel vehicle
needs special planning for its refueling operations because of some reasons, e.g.
limited number of refueling stations, uncertain refueling queue times in the stations,
variable alternative fuel prices among the stations, etc. In this paper, a new problem
as refueling an alternative fuel vehicle on a given path is formulated to minimize
the cost of refueling and waiting times in the stations for refueling operations,
simultaneously. To be more close to real-world situations, the waiting times are considered
as intuitionistic fuzzy numbers in order to reflect uncertainty as well as hesitation
due to various uncontrollable factors. To cope with the uncertainty of the problem,
an intuitionistic fuzzy chance constrained method based on credibility measure is
proposed to convert the fuzzy formulation to a crisp model. In order to tackle the
bi-objective crisp formulation, a new interactive fuzzy solution method is proposed.
A computational study on a real case from Turkey shows that the performance of the
presented method is either better or the same as the approaches of the literature.