I'm going to try and make up some scenario here to try and better understand.
Say you have someone trying to create prepetual motion.
You have a motor, generator, whatever, that takes 100 units of energy to keep it in motion. This same generator will not have an output of 100 units of energy due to friction, drag, heat, etc... some of this energy is lost due to variables.
Now, the goal is to use energy created to keep this generator in motion. If 100 units are required, and 50 units are needed to overcome variables, then you have a remaining 50 units to try and keep this motor in motion. Being the motor needs 100 units, and only 50 are available, the motor reduces to half the speed. The same thing happens again, and again, and the motor slows down until it eventually stops. If the motor were to produce say, 150 units of energy, and 50 units were lost as usual, than it would have that remaining 100 units to keep it in motion. But enabling a generator to produce over 100% efficiency, as we know it, is impossible...so we can factor that out.
Now I may be heading the totally wrong way with my analogy here, or I may be confusing myself...but I'm just trying to relate it to something I think I can better understand.
Say you have someone trying to create prepetual motion.
You have a motor, generator, whatever, that takes 100 units of energy to keep it in motion. This same generator will not have an output of 100 units of energy due to friction, drag, heat, etc... some of this energy is lost due to variables.
Now, the goal is to use energy created to keep this generator in motion. If 100 units are required, and 50 units are needed to overcome variables, then you have a remaining 50 units to try and keep this motor in motion. Being the motor needs 100 units, and only 50 are available, the motor reduces to half the speed. The same thing happens again, and again, and the motor slows down until it eventually stops. If the motor were to produce say, 150 units of energy, and 50 units were lost as usual, than it would have that remaining 100 units to keep it in motion. But enabling a generator to produce over 100% efficiency, as we know it, is impossible...so we can factor that out.
Now I may be heading the totally wrong way with my analogy here, or I may be confusing myself...but I'm just trying to relate it to something I think I can better understand.
Comment