Solar powered Wireless Electricity through window

Success, with a practical, smaller system.
The concept, is to transmit power from a 100W solar panel, wirelessly into the house via a window.
Several such transmitter and receiver coils could be positioned on house windows, to enable power access points for power.
By using the DC-DC converter circuits, each power point could be set to whatever voltage is needed, between 3V and 36V DC.
This could be useful at rented locations, air BnB, etc. Also where electrical lines would normally have to run between rooms.
The sending and receiving coils are matched bifilar Tesla pancake coils, made from old telephone line cables. Making those coils was shown in Part 2 of this video series:
• Window Wireless Power ...
The LM2596 modules can be found at places such as Amazon, for around $2 each:
www.amazon.com...
To which, I've added a small readout screen, to show the voltage output:
www.amazon.com...
'Approved' vector art from Vecteezy.com
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Solar and electronics related product reviews will certainly be considered.
Contact Mark, at [e-mail]
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#solar #wirelesspower #transmit #invention

[@GrandadIsAnOldMan]

Next thought, how thick are your walls 🤔🤔 Will it work through a wall instead. Probably asking too much, but it does become a logical progression.

[@WIZ56575]

My 2 centhen in this conversation, I would suggest you use a beefier circuit would be my first initial but if this problem keeps reaccurring you need to see what's actually happening so instead of hooking these things to a circuit hook it to a meter that can read it Uber large periods of time this way if you have a solar flare You can see the spike and how much it spikes then apply the first thing I suggested by beefier circuits they can handle the highest spike.

[@Slider2732_]

Thanks Lloyd 😀
The original system with much larger coils needed a good quality 10W power resistor, perhaps only that, but I haven't got one.
Running 3x 3055 power transistors on a beefy heatsink resulted in failure of all within 5 seconds, which was very odd. So the thinking was to scale back down in coil size for the mean time, while also making the system more attractive than blocking a chunk of light from a window.
A multimeter is normally connected, with coil voltages up to 36V on the receiving side, the LM2596 being within spec (3V to 40V).
This new system does work and is something to refine from, rather than going sideways!

[@johnwynne-qx6br]

Great results and very practical, green energy air-conditioning. You are on a winning idea. You know it's good when you have to restrict the energy going in. Well done....keep on going..

[@Slider2732_]

@@johnwynne-qx6br Cheers!
We get a lot of high humidity here and such a fan is superb for the armpits lol 😀

[@johnwynne-qx6br]

@Slider2732_ hi slider just thinking about the resistor problem how about going old school and using a rheostat like in old radio's they look reasonable easy to make and you could use it to fine tune your input to your system and as you have already said use the heat for other purposes. Just a thought.

[@Slider2732_]

@@johnwynne-qx6br Have heard of them often and will look up how to make one. Thanks for the tip!