vehicle hybrid fuel power electric energy vehicles control engine economy consumption drive efficiency systems paper motor powertrain performance driving development transmission apos speed management new air technology developed strategy mode propulsion
This SAE Recommended Practice establishes uniform procedures for testing fuel cell and hybrid fuel cell electric vehicles, excluding low speed vehicles, designed primarily for o... Read more
A key element of General Motors? Advanced Propulsion Technology Strategy is the electrification of the automobile. The objectives of this strategy are reduced fuel consumption,... Read more
Fuel without carbon is essential effective in preventing global warming by carbon dioxide. Hydrogen has no carbon and can be made also from the resources such as nuclear energy... Read more
Electro Energy Inc. (EEI) has been developing its patented bipolar version of nickel metal hydride rechargeable batteries since the company was founded in 1992. The design of t... Read more
The automotive manufacturing industry has been under tremendous pressure to develop high-efficiency power-train systems because of the considerations of protection of the global... Read more
In this paper, the authors have described a fuel-cell electric vehicle for trial purposes with the hydrogen generation system fueled with ammonia for compact vehicles. The syst... Read more
The inherent drastic reduction of CO\d2, additionally to the limitation of pollutant emission, but at high level of propulsion power and torque as conditions of customer accepta... Read more
Clean fuels that emit no greenhouse effect gas are requested in various fields especially of the global warming issue. The authors have proposed a hydrogen generation system us... Read more
Beijing will implement the 4th-stage emission regulations (equivalent to Euro IV) in 2008 ahead of other provinces or cites in China. Beijing Environmental Protection Bureau (E... Read more
The article presents results of the simulation research of fuel cell - electric motor system. The simulations were made for battery of alkaline fuel cells which feed a direct ... Read more
vehicle hybrid fuel power electric energy vehicles control engine economy consumption drive efficiency systems paper motor powertrain performance driving development transmission apos speed management new air technology developed strategy mode propulsion
Addressing global energy challenges through energy diversity and development of commercially viable hybrid and electric vehicles. Focus on practical propulsion electrification, leveraging a range of architectural solutions, generational learnings, and technology cost reductions.
Six diesel, kerosene, gasoline-like, and naphtha fuels have been tested in a single cylinder diesel engine and a demonstrator vehicle, both equipped with similar engine technology and optimized for advanced combustion performance. This study was completed in order to investigate ...
Analysts attempting to forecast how the U.S. passenger car fleet will evolve – and how various advanced drivetrain technologies will penetrate the new vehicle fleet – face a daunting task. This talk examines advanced vehicles’ potential fuel economy performance, first ...
Plug-in hybrid electric vehicles (PHEVs) can operate as full performance or reduced performance in electric-only mode, or with engine-blended operation depending on speed and power demands. The electric-only mode may not be the most efficient energy use mode for a ...
This paper presents a power train developed for a 2011-model compact sporty hybrid vehicle. The power train, developed based on existing mass-produced car components such as an engine, transmission, and Integrated Motor Assist (IMA) system, takes advantage of the IMA ...