Russian Overunity Resonance Transformer

[picowatt]

@Farmhand,


Quote from Farmhand:

"I bet if he was running the generator to provide the 17.5 kVAR it would not look so good to him".


Naturally the VAR costs money to generate unless it's "System Gain"! Don't forget, system gain only takes place on the Reactive Side of the coupled signal. There's no gain in real power. Excess in line generated Reactive Power is currently wasted as an unwanted by product of the grid. Converting it could cut are utility bills substantially.


We have to factor the cost of mining uranium into the overall COP of Nuclear Fusion, it's stiil 7 times overunity.

"System gain", as used in the reference you originally cited, only refers to the amount of current phase lead inherent to the utility's distribution system.  There is no magical power increase coming from somewhere...

That transformer certification document is hardly worth commenting on.

It looks like the L1-N loads are being balanced by the other phases to make the L1-N power _appear_ to read near zero.  Note that no measurements were given between phases (L1-L2, L2-L3, L1-L3) and it seems odd that a certification group would not want to make those measurements.  Also, one would think that a certification group would be more specific about how measurements were made.  For example, regarding Meter 3, which current probe, the one on L1 or N, was used to calculate L1-N power?  If Meter 3 was measuring voltage across L1-N and using the current probe on L1 to calculate the L1-N power, Meter 3 would indicate the same L1-N power as Meter 1 (4.7kW).  Instead, it looks like they are measuring the L1-N voltage and using the current probe on N to calculate the L1-N power with Meter 3. If L2 is out of phase with L1, and with the 5kW drawn between L2-N, the neutral current would be very low.  The load is directly across L1-N and only the neutral is shared with the transformer.  With the transformer completely disconnected, the load is still powered.   

There is also a typo or error on the measurements page which has Meter 2 measuring L1-N, to which Meter 2 is not connected (it is connected to the"stabilization phase" only...).

In the past, I have always had to at least initial and date any pages attached to certified documents...

PW

     

[Dave45]

What is reactive power

[Farmhand]

Reactive power is simply power that was applied to the load but was not consumed and is therefore released and returns to the supply.  eg, motor magnetizing current/power.

Reactive power can be kept local to the device (or residence/business) by using power factor correcting equipment, this converts the reactive power to real power and eliminates the line losses back to the supply and reduces the supply current to only the current associated with real power, which improves efficiency by reducing losses.

However for the residential consumer it's not so important as we only pay for the consumed power, in some places there may be a "charge" for very bad power factors, but I am not aware of this in residential situations, only businesses, and power factor can be corrected at the reactive device or appliance or the entire residence or business can be power factor corrected at or near the fuse box.

Applied power minus consumed power and losses equals reactive power, no more no less, basically.

..

[Dave45]

Reactive power is bemf
Its the collapsing magnetic field of the primary, every coil has self inductance
The primary is also being induced by the secondary

[Dave45]

Now put a capacitor across the primary and you can see how it alleviates the reactive power.
Although it consumes power.