The automotive industry has been improving in recent years. electrical motor tools adopted. Actually it was not too bad. Because electricity is extremely clean when used compared to fossil fuels. And if you can afford it, it is even possible to reduce the fuel costs of an electric car to zero. For this you have to make do with solar panels generate energy. Technically, there are no fees once you’ve paid for the system.

What about a cheaper material than electricity? For example This. Those who are a little good with chemistry know; Hydrogen that makes up water is flammable and oxygen is a flammable substance. Wouldn’t it make more sense to use water as fuel? In addition hydrogen-powered cars already produced…

Yes, water-powered cars really can be produced!

There are even proven projects. For example SEAT, years ago produced a water-powered car and have also actively tested these tools. So what happened next? project, buried in history.

If cars were built that work with water or even waste water, why was it abandoned?

The reason is precisely “chemistry”. Yes, the chemistry of water is not very good for direct use as a fuel. not available. Because water is a stable substance. There is also a tight bond between hydrogen and oxygen atoms. However, the energy of liquid water is not at a level to run an engine. In light of these known data, it is possible to use water as a fuel. two methods you prefer.

The first of these methods is by boiling water. increase kinetic energy and powering the engine. Actually, this is a pretty well known thing. For example; coal-fired trains and ships. In these vehicles, which were very common in the past, water was boiled and movement was provided with the energy of steam. However, this has no validity today. After all, coal is a fossil fuel. So it pollutes nature. And how are you going to burn coal in a small car? We have eliminated this method.

Let’s go to the second method: if you electrolyze water, you can use it as fuel!

Electrolysisis one of the simplest chemical separation methods. You put water in a container and then dip sticks called electrodes, which have + and – charges, into the container. The + and – charged rods of the energy source after a while begin to attract hydrogen and oxygen molecules for electron transfer. At the end of this process, hydrogen and oxygen divorced you will be.

You have obtained fuel after electrolysis. However, when you use it, you are not making a hydropowered car.

Because the only thing that supplies power to the engine you’re using is hydrogen is separated. You only use water as a mediator. In this case already hydrogen powered You make a vehicle.

After this point,So why aren’t hydrogen-powered cars widespread?You may have wondered. Let’s explain right away. electrolysis, not an efficient method. Timothy Lipman, one of the scientists working at the Lawrence Berkeley National Laboratory, set up for the US Department of Energy, argues that the efficiency can be achieved even using the most advanced methods of electrolysis. 75 percent He says he will be on his level. Moreover, if you store it in hydrogen batteries and start the engine, you can still use the energy you get. only 60 percent you can use. The efficiency therefore remains quite low compared to combustion engines or electric cars.

Despite everything Toyota Some car companies, such as giants like Hyundai and Hyundai, claim that hydrogen-powered cars will one day reach the desired point and become more affordable than electric cars. In addition, studies in this area continues at full speed. We may never be able to send water directly to our car engines, but the hydrogen that makes up water will one day be used in the automotive world. can open a new page.