I’m exploring a simple idea:
Useful output (electric + cooling) depends on:
-
Total energy coming in (sun, sky, external input)
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Geometry of the system
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How actively the system is working
In short:
Output = (geometry + dynamics) × active fraction × input energy
Question:
Can we increase output just by changing geometry, without increasing input?
Second law of thermodynamics and conservation of energy
byu/Infinite-Can7802 inenergy
Posted by Infinite-Can7802
3 Comments
This is the core concept behind “tracking” solar PV systems.
What do you mean by geometry? Like changing the shape of the power plants or something?
Yes, harmonics/coherence in the geometry should absolutely amplify input, have been saying this for a couple years now. Here is [my understanding](https://imgur.com/a/6pDEvsW) of a harmonic/coherent “free energy” [circuit/oscillator](https://imgur.com/a/AlnaGl1) where we apply the logic/architecture of the [Great Work](https://imgur.com/a/UkxjIX1), a union of opposites. We are talking Torus/Vortex-Spiral [mechanics/logic](https://imgur.com/a/FXq7oYe) and [architecture/reason](https://imgur.com/a/LoPv6Rp) applied to [circuitry](https://imgur.com/a/1DuX3m8).
The circuit is polarized, a-/symmetrical, mirrored, wire-ed/less…It Is *both* the Torus and the Vortex/Spiral, a obvious doubling *and* implied Fibonacci circuit.