US 9,230,730 BiTT - Bi-Toroid Transformer

by

Thane C. Heins



BiTT

INFINITE EFFICIENCY BI TOROID TRANSFORMER vs CONVENTIONAL TRANSFORMER at OTTAWA UNIVERSITY June 2009

INFINITE EFFICIENCY (INFINITE OU) BI-TOROID DEMO aT OTTAWA UNIVERSITY - July 11, 2009.mov

INFINITE EFFICIENCY (INFINITE OU) Bi-Toroid Transformer (BiTT) vs CONVENTIONAL TRANSFORMER

INFINITE EFFICIENCY Bi-Toroid Transformer Operating with Zero PF Dec 7, 2014

JLN Labs France BiTT v2 0 Replication and Performance Validation

JLN Labs France BiTT v2 1 Replication Powered in DC for EV Chargers

Create the Future Design Contest Bi-Toroid Transformer (BiTT) Load Isolation Transformer

Demo # 5 Bi-Toroid Transformer at Infinite Efficiency (00084)

Bi-Toroid Transformer (BiTT) Performance and Operation Discussion 00151

Thane C Heins BiTT Replication Part 1 - Tim Tron

Thane C Heins BiTT Replication BEMF Test Part 2 - Tim Tron

Thane C Heins BiTT Replication Part 3 - Tim Tron

Thane C Heins BiTT Replication Part 4 - Tim Tron

BiTT core with curved shunt bars made of soft steel florist wire - MrDKONZEN

The gap-solution to make power from BiTT shunt-bar windings - MrDKONZEN

BiTt shunt bar winds now make power when split into two coils with gap between - MrDKONZEN

Two of the four shunt-bar windings gives 80ma in and 410ma out. (just testing currents) - MrDKONZEN

More BiTT testing and theories as to why - MrDKONZEN

BiTT phase shift on scope - MrDKONZEN

Out of phase BiTT - use FWBR to flip itself to be all in phase? - MrDKONZEN

more tests - MrDKONZEN

BiTT vs Conventional Transformer (Maxxsonics)

BiTT vs Conventional Transformer 2 (Maxxsonics)

39C Bitoroid For HV Resonant Drive Transformer, Tune and Testing

Part 1 3ph transformer core BiTT construction - MrDKONZEN

Part 2 winding preparation and winds on primary leg - MrDKONZEN

Part 3: Preparing to wind secondaries, construction details - MrDKONZEN

Part 4:. winding secondaries and some mistakes to avoid - MrDKONZEN

Part 5: connecting coil wires "series adding" - MrDKONZEN

Part 6: BiTT coils finished - MrDKONZEN

Part 7: Winds around shunt bars - MrDKONZEN

Part 8:. "Big Blue" BiTT finished, ready to test - MrDKONZEN

Testing Big Blue BiTT with 40W appliance bulbs as load - MrDKONZEN

BiTT core with curved shunt bars made of soft steel florist wire - MrDKONZEN

..703W out .422W in BiTT with two separate outputs to resistive loads - MrDKONZEN

BiTT on scope: 64 degree phase shift: .15W input .76W output - MrDKONZEN

120V input to BiTT; 25.5W IN, 38.6W OUT - MrDKONZEN

3ph transformer fixed up no shunt bars! 23.5W input 28.7 output - MrDKONZEN

24W input 82W output 230Vac input to BiTT - MrDKONZEN

314Vac input to BiTT 28W input 159W output, 83.5 degree phase angle! - MrDKONZEN

314Vac Input to BiTT gives 155W output from a 9W input with 88 degree phase shift - MrDKONZEN

Part 1: Laminate steel shunt bars made from scratch for new BiTT transformer - MrDKONZEN

Part 2: Shunt bars from laminate steel plates - MrDKONZEN

Part 3: Stacking the laminate plates, laminate skirt overhangs - MrDKONZEN

Part 4:New BiTT Finished, with lots of questions attached - MrDKONZEN

NewBiTT test 20W input 68W output - MrDKONZEN

NewBiTT: 3.49W input, 19W out - MrDKONZEN

NewBiTT transformer 110ohm load gives 86.4 degree phase shft - MrDKONZEN

First tests with 12vdc to 120Vac invertor 29W in 20W out not so good scope trace crazy looking - MrDKONZEN

rotating disc invertor running NewBiTT - MrDKONZEN

BiTT invertor powered ideas and tests whole lotta talk 21 minutes - MrDKONZEN

BiTT transformer powering a rotovertor AC motor. 165 degree phase shift. - MrDKONZEN

Brand new BiTT transformer "42-12-24" finished and tested. - MrDKONZEN

Retest of 421224 BiTT transformer; 5ohm load gives 26.8W back to grid - MrDKONZEN

rotating disc invertor down to .8 amps input to BiTT - MrDKONZEN

scoping watts in vs out BiTT invertor - MrDKONZEN

12uf AC cap across primary of BiTT drops amps input from 620ma to 150ma! - MrDKONZEN

12uf HV AC cap in SERIES from 120V grid to primary of BiTT gives 46W in 74W out - MrDKONZEN

10uf series AC cap gives 39W in and 68W out. with .39PF, and 120V input with 111 ohm load - MrDKONZEN

13uf series AC cap to "thick BiTT" primary yields 76.2W out from 45.6W in. - MrDKONZEN

Black Sand shunt bars for the BiTT transformer. - MrDKONZEN

Testing of black sand shunt bars in the BiTT transformer. - MrDKONZEN

New smaller size blacksand shunt bars behaving. - MrDKONZEN

X 3 overunity with 13uf cap in series to primary of BiTT with black sand shunt bars - MrDKONZEN

X 4 overunity with 40.2 ohm load from BiTT transformer with black sand shunt bars - MrDKONZEN

New 3ph transformer no shunt bars being tested. - MrDKONZEN

Comparison of black sand shunt bars vs galvanized steel laminates and testing problems. - MrDKONZEN

20W IN 76W OUT with 20 ohm load and 20uf AC cap in series - MrDKONZEN

new blacksand shunt bar BiTT transformer 7.8W in 22.5W out - MrDKONZEN

32W in 58W out black sand shunt bars w/374 ohm load 120V input. - MrDKONZEN

New BiTT project with AIR GAP in middle of primary core leg (!) - MrDKONZEN

3ph transformer with airgap in primary core leg tested. - MrDKONZEN

30.4W IN 44W OUT from 3ph transformer w/airgap in middle of primary core leg. - MrDKONZEN

New BiTT with chopped E core shunt bars and air gap in primary core leg. - MrDKONZEN

Cap placement condundrum with the new BiTT and circuit drawings. - MrDKONZEN

New corrected numbers: .8W input 2.5W output ... x 3 not x 30!! - MrDKONZEN

New x5 output vs input when over 90 degrees phase shift to BITT - MrDKONZEN

New 11 times more output than input with BiTT (5uf series cap) - MrDKONZEN

New X 13 this BiTT test 1W in 13.3W out. 39.9 ohm resistive load - MrDKONZEN



Hi Hermes

I think the BiTT most promising too, since no1 the backemf going back to primary is eliminated by the transformer core working as a sort of magnetic diode for the backemf, separating and pulling it out from the forward current. Just getting rid of the backemf and having them do work is something that is putting in some somewhat mysterious "extra" energy to use. At least you know where it comes from too - mother nature including the backemf ingredient in all forward currents...

Then besides re-routing it past the primary so it does not create extra draw when loaded, the backemf magnetic force is shoved into the opposite secondary too, and this happens to both secondaries getting a blast of it from the opposite secondary, so there is a double=good extra energy too and again you know where it comes from and where it goes to and what it can do as well.

Kone


Hi Simon,

Kone claim that both his BiTT:

http://gratisenergi.se/bitt.htm

and his Rotovertor:

http://gratisenergi.se/rotovertor.htm

is overunity. But only when connected to the line socket. Not with a battery and inverter. Why?

Best Wishes, Hermes


Hi Hermes,

Instantaneous power input is instantaneous volts times instantaneous amps. Power is the integral of the instantaneous power over time (preferably 1 second, but whole number of cycles).

When taking power from the wall-socket, the line impedance behind that socket (and the other loads on the supply-line) affects the measurements. You probably won't get a sine-wave, either. Makes phase measurements a bit less precise.

These things are not overunity. If they were, then you could run it from a battery and inverter, and charge the battery at the same time as supplying some load. Thus the measurement of OU on the line power is wrong, since you can't get the same OU using an inverter.

Look at the waveform here. Does that look like a good sine wave to you? None of the calculations you normally apply to AC are accurate if it's not a sine wave in the first place.

Thus just put this one down to measurement error. Not worth putting a lot of time into it.

If you really want OU, try the electric thrusters I told you about. After all, if you manage to produce the thrust, that will in fact work.

Best regards, Simon



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