You can now also utilize the Sun as a new source of energy for driving.
The energy derived from sunlight will be used to charge the battery.
Utilization of Air Compressor as one of the engines driving other pneumatic machines has been in use since the 19th century. In the 19th century, air compressors were used to power locomotives in mining and trams in some cities, such as Paris. Previously, air compressors were also utilized as the basis for driving torpedoes for naval soldiers.
During construction Gotthardbahn from 1872 to 1882, pneumatic locomotives were used in the construction of railroad tunnels Gotthard and tunnels Gotthardbahn others.
In 1926 a scientist's research Pittsburg, United States, Lee Barton Williams claiming that a running car is due to the presence of air.
The motor, which is powered by gasoline, is switched off and then the air starts working at a speed of 10 miles per hour. In the first test, the invention reached a speed of 62 miles per hour. In 1930 in Germany, Hybrid diesel locomotive by using water the compressor starts to operate.
In 1975, many drivers who started using air compressors began to get a favorable reaction in Italy. This was an effective means of fuel saving that was feasible for electric cars for industrial and urban use.
The top speed of this virtually silent and pollution-free vehicle is said to reach 30 miles per hour and has a duration of about 2 hours. In 1976, Ray Starboard of Vacaville, California developed a truck that could travel on compressed air.
The first air car will almost certainly use a compressed air engine (CAE) called Compressor Air Energy. The CAE was developed by a company in France. Motor Development International (MDI). An air car that uses an engine that has a tank that can hold about 3,200 cubic feet (90.6 kiloliters) of compressed air.
An accelerator on a vehicle that operates a valve on a tank that transports air to be released into a pipe. It then enters the engine, with the air pressure expanding the air so that it pushes the piston and turns the crankshaft.
With the use of an air compressor on the car, it will actually be able to generate enough power for speeds of about 35 miles or about 56 km/h.
When the air car exceeds that speed, a motor will start operating the air compressor in the car. This allows more air to be captured quickly and provides extra power to the engine. The air can also be heated by the time it comes into contact with the engine in an increase in air volume, allowing the car to go faster.
