Wireless Electricity Transmission

Imaginations: An evolution of Tesla’s machines & the workings

1 Comment

Wi-tap.energy March 2016 Karel Fassotte Goal of the Tesla Tower Pulsed energy is transmitted into the earth to produce resonance with the earth’s electrical charge. This resonance with the earth will amplify the original waves from the electrical source, the Tesla transceiver. Radiation will not escape into the cosmos, but keeps oscillating until all energy … [Read more…]

Preparing new experiments

Leave a Comment

Last summer in 2015, we conducted tests on the beach in Honduras with a Tesla wireless power transfer circuit. Using no wires, the results were as follows: At 4 meter distance between the transmitter and receiver, sufficient energy was detected in the receiver to light up the power led we used as a detector. At … [Read more…]

Update discussion with Gary Peterson

2 Comments

Hi Gary, We just post a short resume here for readers following this thread. Wi-tap had some private communications with you. We agree about the differences between the one-wire mechanism and sending through/via the Earth without wires. We also agree that much more experiments and investigation is needed. Furthermore we’re exploring common grounds to collaborate … [Read more…]

Reply Wi-tap

Leave a Comment

Hello Gary, Thanks again for your reaction, we appreciate very much you comments and your theory of the workings of the so called ‘one wire’ Tesla replica. Wi-tap started with repeating the ‘one wire’ experiments Meyl and others were using as a model for (some of) the ‘100% wireless’ workings, Tesla proposed. We did this … [Read more…]

Reaction Yahoo ‘Wireless Energy Transmission’

Leave a Comment

Copy of Post G.Peterson in Yahoo group ‘Wireless Energy Transmission’. Nov 2015 The Wi-tap one wire system is the physical representation of a one wire with ground return circuit, the same as built by Konstantine Meyl and a few other recent Tesla wireless system experimenters.  The transmitter and the receiver are coupled together by electric current energy flowing through … [Read more…]

5-Test virtual ground variation

Leave a Comment

1- round copper wire = 66% 2- Alluminium plate  = 39% Another puzzling result, we expected similar efficiency in both situations, but that’s not the case. Form and material seem to have influence, but how, why?

4-Test varying condenser height

Leave a Comment

Making the TC’s shorter it’s now possible to place the condenser on varying heights above the secondary coil. The electric field should be more powerful now in relation to the virtual ground. The tested result is that efficiency augments to 70% with the virtual ground. However the efficiency with the SSW box reduces to 11%. … [Read more…]