Er. R.K. Sharma
EEE 7th Sem.
1. Water powered vehicle
• Advantages and disadvantages
2. Solar powered vehicle
➢ Photo – voltaic cell
➢ Electrical system
➢ Mechanical system
• Solar arrays for array space
• Limitations and challenges
3. Wind powered vehicles
I would like to express our gratitude to all those who gave me the possibility to complete this report. I like to thank our HOD giving me permission to commence this report in the first instance, to do the necessary experimental work and to use departmental data. I am thanking to all our teachers who gave me the required knowledge, skill and a mental approach within the training schedule and encouraged the developing interest of ours in this field. I am bound to our Head of Department of Electrical & Electronics Engineering also my training incharge Er. R.K. Sharma (HOD) for constant and stimulating support.
I am thankful to everyone who supported me in our report work. I want to thank them for all their help, support, interest and valuable hints as well as for the close look at the final version of the report for English style and grammar, correcting both and offering suggestions for improvement.
1. Wind powered vehicles
Here we use water as a fuel for vehicles which will replace fossil fuels. This system is pollution free. Water powered vehicle is a vehicle that uses hydrogen for the propulsion of the vehicle. The speed of car using water as a fuel is 6 times faster than that using fossil fuels like petroleum, diesel etc as proved by Ohio State University, Honda, Ford, Renault – Nissan. If there just isn’t enough oil to go around, then let’s turn our energy needs to something that is overly abundant on the planet. Water seems like a good choice for an energy source, and many have tried. It looks like Genepax Co, a Japanese company, has been able to get a car to run on water. The engine gets its power by supplying water and air to the fuel and air electrodes.
What’s really happening is that this is nearly a hydrogen powered car, but you don’t need to find the one or two lonely hydrogen refueling stations. Genepax has created what they call a “membrane electrode assembly” (MEA) that is able to break water down into hydrogen and oxygen using a chemical reaction. I’m not sure how it works exactly, and Genepax isn’t saying, but they claim their process can produce hydrogen for a longer time.
My favorite part about this little car is that you don’t need to have a pressurized hydrogen tank sitting in the back of your vehicle. Forget about how difficult it would be to refuel, why would I want a bomb in my trunk? I’m far more comfortable with a few jugs of water that get split up during the driving experience. It’s really too bad that being in the northeast eliminates many of these smaller, energy efficient, cars from practical use. Although I did see an electric car yesterday…I’ll have to make a note to ask those people how it handles come the blizzards in December.
The cost of the engine itself is around $18,000, which puts this little car on the impractical list. But Genepax hopes that if it can go into mass production the cost will reduce down to as little as $4,600.
More than 70% of the Earth's surface is covered by water and our planet's fossil sources are getting lower each day. This is why a lot of scientists struggled to find a way to create a car that will only need water to run. The car will only take the hydrogen from a water molecule and the oxygen atom will be eliminated. This would also improve the...
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