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A Solution to the RWP for Exam 1 – Stealing Power (2006)

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Re: A Solution to the RWP for Exam 1 – Stealing Power (2006)

#4
A major missing detail is accounting for the other phase conductors in the transmission line. They will tend to cancel the field, and the ability of this scheme to work will depend on getting the coil to collect much more flux from one phase than the other two.

Real devices based on this principle exist: current transformers, Rogowski coils, and lights! The latter looks like this:

https://pr-tech.com/product/spanlite-self-illuminated-marker...

And, hilariously, the FAQ informs us that the light contains a “flux capacitor”.

Re: A Solution to the RWP for Exam 1 – Stealing Power (2006)

#7
72 watts, and:

> With 7140 loops of wire required and a length per loop of 20 m, the farmer would need 143 km of wire! At $0.15/ft = $0.50/m, this wire would cost $71,400! This means that even at the maximum energy consumption rate, the payback period would be at least 1000 years!

Re: A Solution to the RWP for Exam 1 – Stealing Power (2006)

#10
This was discussed in the squatting community I was in, London, 1984. The coil approach would get you lighting. I never had to do it, we had power.

We argued about the wisdom of theft, when the electricity company would actually re-connect you to an illegally occupied house anyway.

Why compound your problems with the law?

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