Dynamic Test and Evaluation Analysis of an Advanced Fuel Cell Vehicle

Abstract

Abstract Power performance is one of the key parameters to evaluate the whole vehicle. For fuel cell vehicles, because the energy is composed of electric hybrid mode, its power performance is paid more attention. In this paper, the power performance of an advanced fuel cell vehicle is tested and evaluated comprehensively. First of all, the initial state of the fuel cell vehicle test is defined, and then the typical dynamic conditions such as long idle condition, maximum speed condition and beyond acceleration condition are selected for testing. By analyzing the test results and analyzing the energy distribution under different working conditions, the results show that the power performance of the fuel cell vehicle is excellent, accelerating from 80km/h to 140km/h in only 13.3s. The test results have a certain significance for the research and development of fuel cell vehicles.