COP 20.00 (2000%) Times, Reactive Power Energy Source Generator,

[synchro1]

Reactive power: Reactive power does not do any work, so it is represented as the imaginary axis of the vector diagram. Real power does do work, so it is the real axis.

A better analogy would be like rolling a ball along an inclined plane. A force compared to reactive power holds the ball in position but delivers no force to the forward trajectory.

Real work is done when a spring is compressed, and real power released when it springs back!


@Dave45,

Thanks for the GIF!

[synchro1]

Pay close attention to this fact:

"Engineers care about apparent power, because even though the current associated with reactive power does no work at the load, it heats the wires, wasting energy".


                                                             Reactive waste heat equals reactive watts!

[synchro1]

Consider this:



"Capacitors and inductors (which are sometimes called reactors) are passive devices that generate or absorb reactive power. They accomplish this without significant real-power losses or operating expense".

[synchro1]

The transmission line itself is also a source of reactive power. A line that is open on the other end (without load) is like a capacitor and is a source of capacitive (leading) reactive power. The lengthwise inductances without current are not magnetized and do not introduce any reactive components.

• On the other hand, when a line is conducting high current, the contribution of the lengthwise inductances is prevalent and the line itself becomes a source of inductive (lagging) reactive power. For each line can be calculated a characteristic value of power flow Sk.
  
  
  • If the transmitted power is above Sk, the line will introduce additionally inductive reactive power, and if it is below Sk, the line will introduce capacitive reactive power. The value of Sk depends on the voltage: for 400 kV line is about 32% of the nominal transmission power, for 220 kV line is about 28% and for 110 kV line is about 22%. The percentage will vary accordingly to construction parameters.
    
    
    The ball across the incline plan moves faster as voltage rises, hence the the higher the reactive force per second to keep it in plane. Also, one can see the higher the voltage and applied reactive power the greater the percentage of reactive power generated in the transmission line itself. 32% at 400KV!

[synchro1]

They must reduce the phase angle on the reactive power back to zero after spontaneously generating it in conjunction with hundreds of Kilovolts between the capacitors and inductor. This would no longer be reactive power but real power after phase conjunction. Looks like a genuine overunity device to me, and not a hoax!