INTEGRATED SYSTEM SIMULATOR FOR FUEL CELL POWERED VEHICLE WITH MULTI-VARIABLE OPTIMIZATION TECHNIQUE

摘要

The present invention relates to a fuel cell integrated system simulator for automobiles having a multi-variable optimization function. When the maximum output required by a user is determined and the capacity of the fuel cell and the component equipment is set accordingly, the actual fuel cell system is input. Calculate the input variables of the optimal fuel cell system that maximizes the efficiency of the system, and apply the physical property values of the component equipment calculated by setting the capacity of the fuel cell and the component equipment to the vehicle simulation module. By calculating fuel economy according to the driving mode of an actual vehicle and verifying the performance of the vehicle, the fuel cell for automobiles with multi-variable optimization function that can calculate the optimum value for each element of the fuel cell and its components It is about a system simulator.;Through the development of the fuel cell integrated system simulator for automobiles, the operation characteristics of the actual fuel cell system can be realized in real time, so that the characteristics of the existing internal combustion engine cars, fuel cell vehicles, and hybrid electric vehicles can be tested and configured. The cost and time required for their development can be significantly reduced, and effective car simulation can be implemented based on this.;Automotive, fuel cell integrated system, simulator