Abstract
This paper demonstrates the possibilities and advantages of hybrid systems with kinetic accumulators in modern electric vehicles, operating in urban conditions. With one of most common transport cycles, a comparison has been made between the characteristics of classic and hybrid drive systems in modern electric vehicles. Through computer simulation, the energy flows through the reversible electric machine and the kinetic energy storage system (flywheel) have been determined, and applicability and advantages of such hybrid drives have been proven. In such propulsion systems, increased mileage and significant relief of the electric battery from large energy flows have been found.
Keywords: Flywheel storage systems; Transport cycles; Urban electric vehicles