Well, the first question is, how are they supposed to work? Free energies are simply energy that has been liberated without any further intervention from the host: an energy that’s all yours, even if you can’t see it. Free energies are energy that was liberated from the source, and can therefore, because of this, be used. The second question is, where are we now? Well, as it turns out, we’re not very far! For starters, there’s not one single free energy generator that can be used in real-world circumstances. Rather, what we have is a bunch of devices running on various proprietary software protocols (or so the theory goes) that have been bundled together in the form of “power grids” (or “electric grids”).
So, how is “free energy” used? As we all know (especially in the United States), we have a number of free energy generators of different types, and various of them are used by utilities and local power companies to help them meet their own requirements. Of course, free energy doesn’t actually work (just like how conventional energy doesn’t actually work). Instead, free energy is simply a concept that utility companies have been able to use as a smokescreen to cover up the fact that there aren’t a lot of truly free energy generators around.
What’s so frustrating about this story, as I think it’s generally regarded and understood, is that most people have no idea that there are a whole lot more, vastly better, and much cheaper types of energy out there (a concept many people have no clue about, but is nonetheless in demand). One of the most popular generators to date is the solar energy. Although it has some potential, the solar panel is very expensive as well as inefficient and not very practical in the real world, and is primarily in use in some government buildings, which I’ll get to momentarily (but not before giving a quick overview of the solar panel design).
To be clear: the sun shines on the Earth (at most, just one square meter of the Earth is in direct sunlight each day). The Earth’s surface, as you’ve probably noticed, is the least efficient place to produce solar energy. A solar panels at a mountain summit, for instance, will reach 20% efficiency. If you’re a utility company that’s building a power plant, you’re looking at power generating efficiency of about 10. And of course such a plant, once it is completed, will never run out of energy again (or, given
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