was productive. Coca cola began to explore hybrid technology began in 2001. This was for the first time when a beverage company adopt green transport technology. In 2003 Hybrid Thought Leadership Forum‚ hosted by Eaton‚ helped coca cola to explore its options and relationship between these two solidifies with time. After the initial purchase coca cola expanded its fleet to 634 hybrid vehicles in North America and continues to grow annually. This hybrid technology helps in increasing fuel economy
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energy consumption accounted for 50% of total energy consumption of the building. If you can start the "zero emissions" building projects in some more developed cities in the country‚ this market will be very large. Currently‚ hybrid vehicles‚ electric vehicles‚ fuel cell vehicles and other research and development work in continuing to promote our country may be the first
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presenting this automobile‚ the Toyota Prius‚ the first hybrid car ever produced at large scale and the one with the record in selling units from 1998‚ when it was first produced‚ until now. The effect this publicity tries to achieve is the image of a murderer leaving a body by the shore of a river or a lake but this man despite he is having a wrong attitude‚ “at least he drives a Prius” is to say that at least he has a environmentally friendly vehicle so he does not have to feel so bad for the murder
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From the book "Electric and Hybrid Cars A History" written by Curtis D. Anderson and July Anderson in 2010 we can assess that: "The history of electric vehicles can be generally divided into three parts: the early years (1890–1929)‚ including their golden age of dominance in the market from about 1895 to1905; the middle years (1930–1989);
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Machines and Drives for Electric‚ Hybrid‚ and Fuel Cell Vehicles Induction and switched-reluctance machines can provide the needed characteristics‚ but permanent magnet brushless machines offer a higher efficiency and torque density. By Z. Q. Zhu‚ Senior Member IEEE‚ and David Howe ABSTRACT | This paper reviews the relative merits of induction‚ switched reluctance‚ and permanent-magnet (PM) brushless machines and drives for application in electric‚ hybrid‚ and fuel cell vehicles‚ with particular emphasis
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consuming expensive cars. Honda played it beautifully by presenting low cost‚ high quality less fuel consumption vehicles. Due to fuel price increasing‚ Honda decides to produce more hybrid car which is highly supported by Chinese government. Introducing The Japanese giant manufactures like Toyota‚ Nissan and Honda shocked their western competitors in producing low cost vehicle to enter their segments. Honda was most innovative‚ challenging and strategically sound amount all its Japanese counterpart
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departments and think in the same direction. Besides‚ they have just invested for a billion to develop fuel cells technology and many managers still stuck with the pervious failure‚ the EV1. So they don’t want to suddenly switch gear to develop an electric car at that moment. The last‚ more processes mean more time requested. They take too long time to discuss and responses come too slow. Competitors such as TOYOTA move faster and hold a big portion of market share already. GM lost the opportunity
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Abstract – Hybrid electric vehicle is a need of the today’s world because of the fact that it is pollution free and has more fuels efficiency. Flyback converter plays important role in hybrid electric vehicles because it is an isolated DC-DC boost converter. In the proposed work simulation of flyback converter has been done in the SIMULINK tool of MATLAB and voltage and current waveforms are obtained .The results of simulations matches the theoretical calculations and which led to the development
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Introduction Electric drive system is a vehicle that powered by electricity. Its popularity was quite supporting during the late 19th century and early 20th century. It is equipped with an electric motor and a controller. On the other hand‚ the hybrid car is a drive system which uses more than one power sources to drive the system‚ thus it runs with a battery powered electric motor and an internal combustion engine. In this report i will describe the features‚ operations and applications of both
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Analysis BUS 620 Larry Fiegle Tina Haller May‚ 3‚ 2012 Hybrid Vehicle Macro-Trend Analysis Introduction As gas prices continue to rise‚ people have started to trend toward more energy efficient means of transportation. Hybrid vehicles have an electric motor along with rechargeable batteries and have an increased efficiency of up to 50 percent. There is an onboard computer that switches between gas and electric power. The hybrid car runs on the energy of the battery when it is cruising‚ using
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