In a previous article, we discussed how alternative-fuel cars came to be developed and why they are becoming more popular now. The next question is: what exactly are the choices available to consumers who are interested in this type of vehicle?
Below are some of the better-known versions of cars that are non-traditional fuel use:
* Compressed air cars are emission-free piston engines to compressed air as a source of energy use. They achieve this when cold air from a tank pressurized carbon-fiber is warmed up with environmental heat at normal temperature. This air is then supplied to the engine as the source of energy.
* Electric vehicles use batteries such as battery acid, absorbed glass mat, nickel-metal hydride, lithium ion, lithium poly and zinc-air as their source of energy. These batteries are rechargeable, but they are expensive.
* Solar cars are electric vehicles that will be carried out by means of solar energy. These vehicles have solar panels that capture the energy from the Sun and convert it into electrical energy. While it is good that the energy used it just free, it is not very practical to use as a form of transport. Now, it is often used in car racing competitions in Australia, the United States and Canada.
* The ammonia-fueled car has a diesel engine that is adapted for use of ammonia. During combustion, it has no emissions but the more dangerous compared to gasoline or LPG.
* Biofuel cars use one of these three: bio-alcohol ethanol, biodiesel or biogas. The use of ethanol as a motor fuel is a renewable resource, since it may come from sugar-rich crops. It is very promising due to the ecological and economic benefits.
Biodiesel has on the other hand, a lower density than its counterpart of fossil diesel. The only advantage of biodiesel is that it produces less emissions than diesel and petrol engines. Finally, biogas is used when unrefined gas has purified. In the process, water, particulate and hydrogen sulfide removed.
* Hydrogen cars use of hydrogen by means of incineration or fuel cell conversion engine to make search engines work. The only byproduct of both processes is water and heat, so it is not harmful to the environment.
* Liquid nitrogen cars are cars that nitrogen gas to fill easily when it runs out. This is achieved by the energy saving, and using this energy to liquid air. As air is liquid, liquid nitrogen is produced by evaporation and is spread over the engine. When heat is exposed to liquid nitrogen, resulting in an energy source that can power the engine.
* A liquefied petroleum gas (LPG) gas car uses propane and butane as an energy source. It undergoes the traditional combustion process like petrol, but yields a lesser quantities of carbon dioxide.
* Steam engine cars are that wood, coal or ethanol in a broiler burn. The produced heat the water is converted into steam, which in turn leads to pressure. This pressure can now move the engine. These cars a very long time to boot, but once on the rails, can reach up to 100 miles per hour. They are good for transportation, but are very costly.
* Hybrid cars are also known as gasoline-electric hybrids or gasoline-electric hybrids. They use many systems to create a car. They initially have a gasoline engine, and then they also have an electric motor that shocks different stages to save petroleum. Toyota Prius is currently the first and largest commercial hybrid car manufactured in Japan since its creation in 1997. This was followed by Honda in 1999, when they released their Honda Insight.
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