In simple terms, the process of converting physical motion to electrical energy involves a conversion of kinetic energy to electrical energy. This is known as the conversion of force into motion and is considered to be one of the four fundamental laws of thermodynamics. Another important law of thermodynamics states that energy is neither created nor destroyed, but only changed from one state to another. While the second law might seem like it goes against the first, it is actually a part of the second law which says that matter cannot be completely destroyed, only altered from one state to another.
Now, we know that the first law of thermodynamics is in fact the most important principle when it comes to understanding the way in which electricity is produced. The second principle on the other hand is one that is extremely important in understanding how electricity is formed. This second principle relates to the speed of an electric current. Now, there are two different speeds that can be used for this process. One speed is known as electrostatic electricity, which happens when the charge on an object is so fast that it does not allow any of the charge to move around freely. Another type of speed in regards to the process of electricity creation is referred to as electromagnetic electricity, which happens when the speed of an electric current is such that it causes an invisible electrical field to be created. For times when you need a new Electric Meter box, visit Meterbox
So, we know that the process of creating electricity is through the movement of charged particles. How do these charged particles come into existence? They are created in an electrostatic field created by the moving charges!
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