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Study of the Control System of an In-cylinder Direct-Injection CNG Engine

Zhendong Zhang

Open publisher page 1 citations

Abstract

With the 80C196KC single chip microprocessor as a controller, the control system of an in-cylinder, direct-injection CNG engine has been developed based on a spark-ignition, single-cylinder engine. The configuration of the system, the design of the control circuits, the calibration of the control parameters and the determination of the control algrithm are discussed in detail in this paper. Dynamometer tests show that the design process of the control system is reasonable and the control method is effective.

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What this paper is about

With the 80C196KC single chip microprocessor as a controller, the control system of an in-cylinder, direct-injection CNG engine has been developed based on a spark-ignition, single-cylinder engine. The configuration of the system, the design of the control circuits, the calibration of the control parameters and the determination of the control algrithm are discussed in detail in this paper. Dynamometer tests show that the design process of the control system is reasonable and the control method is effective.

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OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

With the 80C196KC single chip microprocessor as a controller, the control system of an in-cylinder, direct-injection CNG engine has been developed based on a spark-ignition, single-cylinder engine. The configuration of the system, the design of the control circuits, the calibration of the control parameters and the determination of the control algrithm are discussed in detail in this paper. Dynamometer tests show that the design process of the control system is reasonable and the control method is effective.

Key concepts: Dynamometer, Automotive engineering, Cylinder, Engine control unit, Engineering, Ignition system, Controller (irrigation), Control system

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