How do we get energy from water? – Helmholtz Free Energy

Water is a very good conductor of electricity, but we do not need a conductor to get electricity from it. Water itself is a conductor. Just take a look to the following diagram which gives us an idea as to how water is used in the process of power generation.

This diagram shows that the power is generated from the reaction with air. In water, the air is heated. The water molecules are able to carry kinetic energy, which is how we generate electricity.

The power plant is a generator of energy. It generates electrical power in the form of light. Water turns into steam, which turns into electricity, which again turns into heat, which turns into light, which again turns into energy, which again turns into light and so on. Water is, from an electrical point of view, actually very good. A little bit of water in a boiler can generate a little bit more electricity than a little bit of steam. How much water is needed to turn water into steam and turn it into electricity must then be adjusted. But, as we know, the amount of water needed is very small. What we need is a relatively small quantity of water, and I propose to do this by making the water so hot that it will boil and produce an electrical charge.

This is not to say that the water that is heated will necessarily be water. This is to say that if we use a water that is boiling and we also add a small amount of energy, that will generate a positive charge. The positive charge will increase the conductivity of water for a moment, and make it so powerful that it can convert mechanical energy into electrical energy. And by using more water, not less water, the amount of electricity generated will increase accordingly. We might then get power in the form of light with a certain amount of water.

I believe that I have described this process of energy using the basic idea that a fluid is an electrical conductor. The fluid that we have described so far is water. The next question that we should ask, for example, is the fluid that we have added? In other words, what else can do what we have done, namely, turn water into steam and light with a specific quantity of water? In other words, the gas in water, the methane in water, for example, does not generate heat. The water is only charged in a different way by the presence of the methane gas.

What we can do is look for hydrogen. Hydrogen does not have that sort of potential, but

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