Analysis of Cost Efficiency in the Context of a Filling and Charging Station for Hybrid Vehicles

G.G Pivnyak (1) , V.V Kravets (2) , K.M Bas (1) , M.S Zubariev (1) , L.A Tokar (1)

1 State Higher Educational Institution “National Mining University”, Dnipro, Ukraine
2 National University of Railway Transport, Dnipro, Ukraine

A method of the analysis of cost efficiency in the context of filling and charging stations for hybrid vehicles is proposed. Dynamic model of random Markov process for hybrid vehicles maintenance in the form of asymmetric state graph with four nodes is constructed. Relevant mathematical model of random Markov process in the form of recurrent quartic matrix format is being developed. Matrix of transition values to reconstitute and store both mechanical and electrical subsystems of hybrid vehicles, mathematical expectations of values of certain transitions is formed. A matrix of transition values to re-establish and store both mechanical and electrical subsystems of hybrid vehicles; mathematical expectations of values of certain transitions as well as mathematical expectation of a random Markov process value on the whole are introduced. Introduction. Global environmental problems are closely connected with energy efficiency of vehicles. Basic tendency concerning the improvement of energy efficiency of vehicles is forecasted and implemented in the field of the progress of electromechanical systems [1-3]. More specifically, hybrid cars and their companion infrastructure (i.e. filling and charging stations) are developed.

Mots clés: hybrid vehicles; transition probability matrices; transition value matrices; mathematical expectation of Markov process value

Domaines: Mécanique [physics]

G.G Pivnyak, V.V Kravets, K.M Bas, M.S Zubariev, L.A Tokar. Analysis of Cost Efficiency in the Context of a Filling and Charging Station for Hybrid Vehicles. Mechanics, Materials Science & Engineering Journal, 2017, ⟨10.2412/mmse.95.86.168⟩. ⟨hal-01966416⟩