Is free electricity possible? – Enzyme Free Energy Equation And Reversibility Test

How much money does it cost to create electricity? This problem is very expensive to solve, and the main argument in favor of its existence. However, there is another way, namely from the standpoint of energy consumption, which is less than it would have been otherwise, from the point of view of energy productivity. As the amount of energy used per unit of time increases (with the reduction of the cost of power plants and so forth) the economic efficiency increases. So the more energy used, the less expensive it becomes to produce.

What the cost of creating electricity will be depends not only on the size of the plant but also on its type and location, and also upon the location where the power comes from. The cost of producing power will depend on the kind of fuel used, the intensity and duration of using it, and so forth.

Let’s assume that we choose all kinds of energy sources and that we are in direct contact with every power source. There is no doubt that the cost and productivity of generating electricity depends, to an impressive degree, on the location of the plant, as well as on the number of power plants and their locations. In fact, there are plants and power plants in many places. Therefore, the cost of generating all the different types of energy depends on the exact location of the plant, the type and intensity of the power source, the number of power plants, the different locations of the production process, and the type of energy produced.

When the power plant is the size of large cities, then the plant is small, it might occupy only a few hundred square meters, but it might have about a million square meters of space. The number of power plants in a city may, however, be greatly reduced with a further decrease in the number of people, the number of cars, the number of businesses, etc. By increasing them even further, you can have the same amount of space but you will still be operating on less power.

It is easy to see that with such a power plant, the power generated is not in proportion to its area but to the energy output per square meters. The difference that a single power plant generates between 300 to 500 gigawatt-hours (gWh) might correspond to a power consumption of about 7,300 kWh per kilo­gawatt-hour (kWh/kG). The same situation in a smaller power station is quite different. It is quite possible that, where there is a large plant, the consumption of

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