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Decreasing of the Engine Idle Speed of
a Small Gasoline Engine with Feedback Control
SETC2009/20097171_final

Authors

Tatsuya Fukui - Kanazawa University
Hiroshi Enomoto - Kanazawa University

Abstract

This study proposes a method of decreasing the engine idle speed for the engine of FSAE race car. In general, the engine is controlled by map-based method. However, this method requires much time and cost to create a fuel injection map and an ignition timing map [1]. In addition to this, creating these maps at idle speed is much harder because the engine speed is cranky at idling. In this study, ON/OFF control and PID control were used for idle speed control without creating maps. As a result, idle speed was decreased drastically compared with map-based control. The PID control was able to stabilize the idling compared with the ON/OFF control.

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