Gasoline direct injection engine start control
Li Guoliang
Abstract
Li Guoliang
Abstract
The effects of the fuel injection pulse width,the ignition advance angle and the parameters of engine start PID controller on the engine starting behavior was researched on a turbocharged gasoline direct injection engine with the self-developed software and hardware of the engine control system.The test results showed that the fluctuation of the engine starting speed is small when the fuel injection pulse width is 45 ℃A.The engine starting torque is the maximum for the ignition advance angle 12 ℃A.The optimal parameters of the PID control system are as follows: the speed responses quickly at KP=1;the error-free speed tracking and the small overshoot are reached at KI=0.2;and the control time is short and the speed becomes steady quickly at KD=1.
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The effects of the fuel injection pulse width,the ignition advance angle and the parameters of engine start PID controller on the engine starting behavior was researched on a turbocharged gasoline direct injection engine with the self-developed software and hardware of the engine control system.The test results showed that the fluctuation of the engine starting speed is small when the fuel injection pulse width is 45 ℃A.The engine starting torque is the maximum for the ignition advance angle 12 ℃A.The optimal parameters of the PID control system are as follows: the speed responses quickly at KP=1;the error-free speed tracking and the small overshoot are reached at KI=0.2;and the control time is short and the speed becomes steady quickly at KD=1.
Key concepts: Petrol engine, Engine control unit, Automotive engineering, Ignition timing, PID controller, Engine coolant temperature sensor, Ignition system, Turbocharger