My son has a project for 11th grade. We were looking for something for his project and found your video. This is really amazing. The idea for magic carpet is great. Your demos are clear and with good description. Thank you for this upload. Great work. Keep it up.
Thank you for your reply. He had two objective, namely 1. Wireless power transmission, and 2. Adding load without affecting the transmitter power. So he submitted for the first part, and he got an A+; he did mention you channel and source. However, we modified the circuit a bit with 35KHz frequency and played with several capacitors and different inductors for correct resonance frequencies for Tx and Rx. Worked great. The whole class and school enjoyed it. Thank you.
Absolutely fantastic !!! The idea of placing the conductor on the edge of the room and making complete room a wireless electricity transmitter is so futuristic. I am totally amazed!!!
He is a junior Tesla!!! I agree with you his idea for whole room transmission is genius. He is truly opening the door to wireless power for every day life around the house.
you are simply awesome. That Magic carpet idea is geenioussss!!!!! I really loved it. Very very innovative idea. I've learnt so many things from this video. Thanks for making this video.
Wow! Really amazing! Well done! I did not think that what you have achieved is possible, and the high efficiency (80% or more) obtained when your devices were closer excites me. Thank you for making and posting this video.
Congratulations best I seen yet. The baseboard wiring antenna is a great idea too. I have been doing experiments myself but your work has left an impression on me. I am so happy to see a young person as yourself producing such amazing results for wireless energy ideas. Don't give up this dream it is the future. Embrace your innovations and you will go far. You have already found some ways to overcome distances of transmitting energy and exceeded a lot of others that I have seen so far. You baseboard transmitter antennas are especially creative. I have been using Tesla exiciters and plasma balls as transmitters and been working on resonant antennas to improve distances unfortunately these Tesla transmitters are very noisy radio frequencies so making things practical for every day use is the greatest obstacle other than distance from the transmission overcoming them will insure your success. Amazing video! Congratulations again and thank you for sharing.
You have almost reached which is merely in research level 🔥, induction over long distances,,, if perfected it will surely be a groundbreaking tech,, and ur description is awesome 🔥
My Father was a Self-Made Inventor. He was always creating Experiments. At age 5, I was told to touch a shiny metallic ball attached to some mechanism & my hair sprang up by maybe the Electrostatic Energy. Since then, I became very Electric! HA, HA.
Try this with a satellite dish! After building a satellite dish. I would place a 3-foot jumper wire on the dish (that I just built & aimed at the satellite). I would take the 3 foot jumper wire, then screw it into my " super buddy" its the satellite aiming computer. And within two hours the 7.5 volt battery would be fully charged , using radio waves from satellites!
Very, very, very interesting video and very practical. I watched it all the way. Stuff to keep experimenting on. Probably I'll start experimenting on my own in this field of electric engineering. I'll watch the video again. One friendly advice - your english is good, but it can be a bit better. Sorry for giving you advice, I had to.
And so what? We talk about efficiency several times and we can reach 80% in short distance, it depends on the application. High power short distance and low poser high distance. The efficiency is not a problem with low power devices!
@@DIYExperiments it's cool and novel but not practical. It probably interferes with other electronic devices and I wouldn't want a 100 watt long wave transmitter in my bedroom running 24/7... also the low power devices could be much more easily powered off batteries without being confined to a mat. Wires work great too as long as you aren't dumb and/or careless.
Great video. Your explanation of how you increase transmission distance is excellent. 🎉I would like to build a magic carpet. Can you send me the circuit diagram and a component list that will allow me to make a carpet that is 10 x 11 feet? Also need to know how many windings are in the rug coil and the wire gage and type. Last question. Should the rug coil be insulated wire for safety?
Or go even bigger the whole city block. Like I mean what are the limits, why don’t we do this so that we can have wirelessly powered everything in our homes and lives, it could work at least easily with charging stations and or home and city streets and everything. I mean obviously it wouldn’t be a good way to measure who was using how much, but there would be ways to do that, I mean even our stupid phones keep track of usage.
Güd morniiin, siis iiis di Frenchman spiiikin IInglis. Don't take it seriously, your english is fine, your videos are great and in Germany you hear a lot of funny english accents, too. Greetings from your neighbor Germany :)
Hi, great work!! I'm trying to understund how you adjust the voltage in your devices. Or whats the relation between the field in your transmiter coil and your reciver coil. I want to make a similar proyect but i get losst in this point. Thank you all!!
You r really awesome man...i would like to know if i cover my entire room...will it effect other electronic devices like hard drives or motherboard of my pc
If they arent near to the wire ,nor the reciver coil then it should be fine ,unless if u put too much power in it .. the whole thins is about to extend electromagnetism with resonance coupling ..
Thank you for showing. Can you post the schematic of the power's source or the schematic of the transmitter's source? or can I go to some site to see it?
Good day! I have gotten the circuit diagram to this project at the end of the video... I chose this particular project on this video as my project in the University, please 🙏 I want you to assist me with the components and a few details about them. I would be very glad if you could grant me this request.
This "wireless" power transfer is called so because the amount of coiled wire in it is three times bigger than in wired power transmission, or are there other reasons for it?
inductive coupling, yes but only magnetic induction. I'm working on capacitive induction, based on impulses, like Nikola Tesla did. Both forms of induction can be combined with a Bifilar Tesla coil.
Right, I already experimented it, but instead of using high current in coils you need high voltage in "open" capacitors, it's dangerous if you want to transfer a real 10 to 100W power. It's also easily blocked by any grounded objects. It's really not for the same application and more limited in my opinion.
? What about radiation? Isn't there radiation that comes from wireless things? And if so, wouldn't the experiment be rather hazardous? It's just where my thoughts go whenever I hear of "wireless." ?
