1932 Coutier Device

At Hubbard the satellites are connected in series while at Coutier in parallel. In all the replications of the Hubbard device its operation failed. So there is something that the world does not know and has made various assumptions ...
In the calculation of magnetic flux and induction, the Coutier device respects all calculations with the existing formulas.

Yours,
EmilP

This is good Emil, now all you will need is a step down transformer and some cores to the correct portions in the patent. a word or advice thought, i would not tear your working hydro system apart to build this device. get another inverter while still being able use your working one. can't live without power as winter is coming.

agreed, Coutier device seems completely plausible and very much calculable within know parameters. this and the fact that even though the patent does not reveal all it exposes enough to calculate the rest to attain a working device.
as we have discussed in the past the central core will be X times in surface area as the X amount of satelite cores combined. (unsaturated)

Regards,
Marathonman

This is a good thing Emil.
I would suggest to limit the primary core to 1 amp that way to have 230 watts for the center core. you can then series/parallel your winding's like that of the Figuera primaries to attain your desired magnetic flux on the primary core. please remember that saturation will be your enemy as any saturation will flatten the wave coming out of the cores so your goal is to attain a nice clean wave. i think even a one length coil will achieve what you want since it is powered by 230 volts.

a closed core inductor can be used to limit the amperage to 1 amp by the same inductive reactance as the Figuera device. if you try to use a high power resistor it will waste a lot of power through heat and may pose a problem. the use of an inductor will easily control the current flow between the central core and the inverter with an inductance equal to 230 ohms. this way no power is wasted and the chances of self sustaining are increased.

an Inductor will also be a good safety mechanism for any such spikes or accidents of short circuits ect..ect. that way not only will it maintain one amp needed but also protect the system. you can also think along the lines as a saturable reactor or mag amp as they to can control or limit the amount of current flowing through them. both can be controlled by 12 volt system.

PS. what is the supply voltage of your inverters.

Regards,
Marathonman

Nice little system there Emil, Schneider-Electric makes very good equipment unfortunately are very over priced.

That would be in series with the first central core. parallel would not control the current. using a small toroid would fit the bill for that.
i am not sure what you mean by that second statement. just make sure you have a little headroom in the cores to avoid saturation.

word of advice, anything connected to the internet is in danger of getting hacked. so that means when the system is up and running producing free energy you will be vulnerable to opposing forces. i would use a land line connected to a computer separately and not any wifi of any kind unless you know for certain you can lock it down tight. even then it has been proven that Intel chips have a mini operating system within them which allows for lan connection access even if you have your computer turned off. they can access even your hard drives when turned off also planting bug software to spy if you are considered a threat of any sort.

MM

Yes, the 300w sounds good, the coil with AC flowing will limit the current like Figuera part G does except actually using AC. it needs to be wound with an equivalent Inductive Reactance of 230 ohms. it will limit the current flow and also help with inrush current when the unit is turned on.
use an on line calc too if needed to get diameter squared that way you can be within the ball park on your correct ratio of center core to satellite core @ 4 to 1 ratio. using 4 satellites your central core needs to be 4 times larger in size.
18 to 20 awg wire sounds good for your first group of core center and satellites then connect that to 13 to 15 awg for the next set. overprovisioning the wire is good underprovisioning is not good and can lead to overheating of the wire so plan accordingly.

the mots you use needs to have the same amount of turns as the original coil had that way you get the winding count right and not saturate core. going with a known core limit helps with the building or recoiling.
you are off to a good start and i am very confident this project will turn out just fine.

regards,
Marathonman

Yes i agree it all starts with the first level so the concentration or focus should be that, the rest will fall into place when time is due.
ah, good you have cores lines up, very good forward thinking.
i almost forgot, the inductor will cause the voltage to lead the current or otherwise current to lag voltage by 90 degrees so the use of an AC capacitor across the the two wires should bring it back into phase. it doesn't have to be very big as the first center core is only 1 amp.
all the attaching satellites will be attached to the next section thicker wires that way all paralleled will end on a thicker wire for the next center core and satellite pairs.
i will post graph to help you out.



actually all can handle much more than stated. most wire was very down rated not just for safety reasons but for financial gain mostly.
with 4 satellites you end up with 64 amp at 230 volts minus the conversion and feedback potential used to excite the original center core.

PS. the wire sizes can be changed to a lower awg rating as these are just what Emil has on hand. most standard ratings of the wire can be lower in a coil situation then attached to a larger lead wire like that of a standard transformer leads.

Regards,
Marathonman

The efficiency of the inverter is 92% and for step down transformer is usually 80%.
The Midnite Classic 250 CL controller works with a DC input in the 30v-250v range. It works in both Solar and Hydro mode. It is MPPT controller, for Hydro it is the best in the residential field.
The Powerspout LH250 turbine generator (from New Zealand) straightens with a 100A bridge in variable DC current and plugs into the controller, with dynamic overvoltage protection (> 250v). The controller is connected to the 24v battery pack.
Basically, it should not be a step down transformer but only a rectifier bridge, or I can use the one from the turbine. The transformer has more purpose of electrical isolation of the systems.
However, the power of the system is a lot of cover, and it greatly simplifies the scheme.

All the best.
EmilP