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  HomeContents of Chinese Journal of Mechanical Engineering (English Edition),2004 Supp.ELECTRONIC CONTROLLED HIGH- ENERGY DIRECT IGNITION SYSTEM FOR TURBOCHARGED CNG ENGINE

Wang Daxing

 

Zhang Xin

 

Yang Wankun

 

Song Jianfeng

Department of Power and
Control Engineering,
Northern Jiaotong Unitversity,
Beijing 100044, China

A

 

 

ELECTRONIC CONTROLLED HIGH-
ENERGY DIRECT IGNITION SYSTEM
FOR TURBOCHARGED CNG ENGINE*

 

Abstract: Nowadays the research and development of CNG engine is coming into a hotspot in engine industry of China. Because of the specific character of turbo-charged CNG engine, the ignition needs more energy than petrol engine. The hardware and software of electronic controlled high-energy direct ignition system (ECHDIS) based on microprocessor used in turbo-charged natural gas engine are described, the simulation results of the ignition circuit in the design of system which is used to instruct the design of the system are also given out. The experiment results show that the system reach the requirement, the result of ignition energy is according to the simulation result.

Key words: Turbo-charged natural gas engine  Electronic control  High-energy  Ignition system simulation

 


* This project is supported by the Research and Development Program of  the Electronically Controlled Injection Single-fuel CNG Bus, China. Selected from Proceedings of the Eleventh World Congress in Mechanism and Machine Science (IFToMM 2004). Received August 24, 2004received in revised form October 20, 2004; accepted December 20, 2004

 

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