Need to transmit power wirelessly from 110VAC electrical outlet in US

A proposal has not yet been provided

Sir I am an expert electrical engineer. I have almost 4 years of experience in this field. I can help you with this task. I can easily manage it. I give my words that you will get quality work and on time. I believe in relations money is secondary thing if you have any issue with the pricing please reply we can discuss. PLEASE GIVE ME A CHANCE TO PROVE MYSELF. Waiting for your response Regards

Let me understand this correctly: you want a power receiver that would draw the power out of the thin air in the vicinity of a 120AV power outlet, which is not supplied by any power transmitter. Is that right? My confusion is due to the fact that a standard power outlet is constructed so as to minimize the energy losses due to electromagnetic radiation. The losses cannot be zero, but they are small indeed. Perhaps you could receive some microwatts of energy without a power transmitter, but certainly not 5 Watt (5VA). If you need to transmit power wirelessly, then you are in a need of a transmitter, no? Am I missing something in your request? Please let me know. Thank you. Oh, just to add, I have a PhD degree in physics and I'm an engineer by trade. I know something about electricity.

What power do you need to have? Over 12 years of experience in electronics hardware and software design. Proficient in software and hardware design of embedded systems. Successful in planning and management of entire development and production cycle. Programming languages: C, C++, Ada, Pascal, MATLAB, GPSS, VHDL Processor architectures: 8051, AVR, ARM-M3, ARM-R4, ARM-7, x86, PicoBlaze, PSoC, PIC FPGA and CPLD architectures: Cyclone, MAX, Spartan, CoolRunner

There are 3 or four methods for transmitting wireless electricity and what you are looking for can only be done by one method only but need a clear line of sight from transmitter to the receiver. Send me pm if only are okay with that

What you are asking for in terms of size requires more development financing than you propose. Firstly, you need an induction coil to be attached close to wires coming in to the back of the outlet. In fact the outlet location is irrelevant. You just need to be very close to the wires in the wall. You will be relying on secondary induction. To gain the most induction power transfer you have to wrap the coil around existing AC wire. Having something 3"-6" away would significantly diminish the secondary induction making the output possibly unusable unless you had a very large induction coil. The amount of power output you get depends on the size of the induction coil. 5VDC 1 amp will need something in the order of 3" in diameter on a 0.5" former and 2" long. That's a lot of wire and bulky. To get DC power, the step-down transformer and AC-DC electronics will add to the bulk. To properly design and spec your project may take a month with the cost that this amount of effort will entail. Please ignore the money quoted with this bid. I was not able to post a message so this was the only way to get this information to you. Regards Roger Fedyk