Abstract
Shift schedule, directly affecting the vehicle’s performances, plays an important role in electric vehicle equipped with AMT to microgrid system. While the most widely used schedule, two-parameter shift schedule, ignoring the influence of dynamic conditions, resulting in the problem that it is hard to suit the road and cause energy waste. This paper proposed the concept of equivalent slope and three-parameter shift schedule based on vehicle velocity, acceleration and throttle opening, which makes vehicles have the optimal performance in dynamic conditions. The simulation results show the three-parameter shift schedule can reduce energy consumption and enhance vehicles’ dynamic performance effectively.
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