Oil hits $135 a barrel: what are the alternatives to gasoline cars?

One of the big news is that crude oil hit $135 a barrel and it will really affect all people directly or indirectly. A new report says it will hit $200 a barrel very soon. Then there will be chances that we will not be able to afford it and after a while the gasoline will be extinct from the earth. We should be prepared for that condition and start looking for an alternative option to gasoline cars. Some of the alternatives are given below.

Solar powered cars: They are the best alternative to gasoline cars because they work with the help of solar energy and solar energy has no end and will remain as long as the earth. But the main drawback is that we won’t be able to drive it at night and you won’t be able to drive at night with your girlfriend.

Compressed air cars: The air car is powered by an electric pump that compresses the air in a tank, the air in turn pumps pistons. The car’s top speed is 70 mph (115 kph), and it can travel up to 50 miles (80 k) on a full “tank” (supposedly more at lower speeds). The pump used to power the car is simply plugged into a normal household socket and takes four hours to fully charge. As for the cost of a full charge, apparently just $2.50 at electricity prices in France. The only emission coming out of the exhaust is cold air. The only emission coming out of the exhaust is cold air. It will cost next to nothing to run (what do 30,000km service intervals sound like?), has a range of up to 1000 miles, and retails for less than US$20,000. will be released until 2010 in America

Hydrogen powered cars: It is run by the help of hydrogen as fuel. The power plants of such vehicles convert the chemical energy of hydrogen into mechanical energy (torque) in one of two methods: combustion or electrochemical conversion in a fuel cell. In fuel cell conversion, hydrogen reacts with oxygen to produce water and electricity, the latter of which is used to drive an electric traction motor. One potential advantage of hydrogen is that it could be produced and consumed continuously, using solar, hydro, wind, and nuclear power for electrolysis. Currently, however, hydrogen vehicles that use hydrogen produce more pollution than vehicles that consume gasoline, diesel or methane in a modern internal combustion engine, and much more than plug-in hybrid electric vehicles. This is because although hydrogen fuel cells do not generate CO2, the production of hydrogen creates additional emissions.

Battery Electric Cars: Battery electric cars use chemical energy stored in rechargeable battery packs and electric motors and motor controllers instead of internal combustion engines (ICEs). The main advantages of battery cars are that the vehicle does not directly emit pollutants, which can reduce urban pollution, and gasoline is replaced by electricity. The electricity stored within the battery can be generated from any source, including renewables, nuclear power, natural gas, coal, and oil. Battery cars are becoming popular these days. There is also a reduction in noise pollution.

Ox carts: They are the best alternative of all because they neither pollute nor consume more resources and are very cheap to use. Speed ​​doesn’t bother people living in Urban either because there is already so much traffic on the roads that even the fastest cars can run at the speed of a bullock cart. Therefore, it is better to opt for the bullock cart.