Configuration Analysis and Parameter Matching of Fuel Cell Electric Vehicle Driving System

Fuel cell electric vehicle (FCEV) play as an important developing direction for renewable energy vehicles. Driving system configuration design of the fuel cell electric vehicle is one of the core works that needs to be done during the developing process. In this paper, three types of fuel cell electric vehicle powertrains, including compensation type, hybrid type, and full power type, were analyzed. By taking performance, cost, and portability into account, full power type is considered as the developing trend for fuel cell electric vehicles in the future. Meanwhile, the system power demand analyzing, and parameter matching was proposed. The results can be used for the verification of the system parameter rationality and vehicle developing, which can also provide the design basis for fuel cell electric vehicles.