What if we will cover every roof with solar panels?

 

What if we will cover every roof with solar panels?

Too much is always too much is the thing, what we must realize when we are thinking about the use of solar panels as the energy solution, and when we are thinking about the over-voltage, what the sunny light might cause, the answer for that kind of thing is blind, what would limit the energy production. Also, the thing, that stabilizes energy production is to conduct the electricity first to batteries, and after that to the electric circuits. The advanced technology along with the blinder, and the system what adjusts the solar panel's position to the sun by using artificial intelligence, which detects the voltage, and adjusts the energy production to the level, where it is most effective. 

So adjusting the production of energy is quite easy, and then we must realize one very important thing when we are talking about green energy. That means that green energy means also something else than just solar panels and other kinds of things like windmills. The geothermal energy is also very effective and the most stable thing, what to use in energy production. And the platform, which uses geothermal energy can also be small and compact. 

Laser drills can make very small and deep holes to ground, and then the tubes, which are filled with water or ethanol would lay to those holes. The liquid can travel through the turbine wheel and rotate the generator. The pressure is the thing, that determines the power of the generator, and the thing that would increase the pressure is that the liquid that would travel in the circuit would be vaporized low temperature, and that would increase the pressure and the speed of the liquid. 

Theoretical automobile, what uses geothermal energy

I know that this kind of system is quite extraordinary, and they might ever accomplish it. But we have the technology to make the car, which uses the geothermal energy possible. This theoretical system uses the laser drill, which makes the hole to the ground when the car needs reload, and then it can continue its journey. But in fact, it's not very comfortable to use. 

We could create an automobile, which uses geothermal energy. The car would have an extremely thin tube, which is created by using flexible carbon fiber. When the battery of the car would run low, the laser drill would make the hole to the ground. The tube where is water or some hydrocarbon would lay to that hole, and then the temperature at the bottom of that extremely deep hole would raise the pressure of that system. 

This kind of version of using geothermal energy is not very effective or comfortable. But the fact is that battery-operating car would have artificial intelligence, what follows the use of the battery. Then it might have the GPS and data of the width of the crust, that helps the system calculate, how deep holes it needs to make. The laser drill would vaporize the stone, and the very thin tube might have a length of thousands of meters. So that kind of system is theoretically possible to make, but it will be so unpractical, that it will remain as theory. 

Smaller image: https://www.energy.gov/eere/articles/geothermal-energy-glance-back-and-leap-forward