A Comprehensive Design of Hybrid Electric Vehicle System Ready For Manufacturing using Computing Programs

The main object of this paper is to study and evaluate a comprehensive hybrid electric vehicle (HEV) system, ready for manufacturing, using computing programs. The methods and means of hybrid electric vehicle technology have been investigated. Special needs of technology transfer of alternative energy industry and business development experience have been considered with special interest to enable use to be more effective in this field, to contribute in saving national conventional energy, to become more competitive to meet the national obligations on emissions and to meet domestic targets for the deployment of clean alternative energy. Alternative power trains for automotive applications aim at improving emissions and fuel economy. Operational and environmental considerations of (HEV), with their advantages and disadvantages compared with conventional vehicles have been discussed. The technical equipment used in (HEV) system where investigated. (HEV) system design considerations where discussed. Lack of experience with these relatively new technologies makes them ideal applications for computer-based modeling and simulation studies. There is a variety of configurations, control strategies, and design variable choices that can be made. This paper provides an overview of a design environment for alternative vehicles that has these characteristics: modularity, allowing a system to be built by combining components; flexibility, allowing different levels of validity and different existing codes to be used