Maybe the HVDC Interties (High Voltage Direct Current Transmission Circuits) will benefit more from the usage of the Conductors, than the standard HV 3 Phase AC Transmission Circuitry.
I do not know too much about these DC Transmission Circuits, other than they are rectified from a 3 Phase 3 wire source, and use an Earth-Ground "Return" (Opposite Polarity via Earth / Dirt).
I don't even know if the Earth-Return is Positive or Negative Polarity!!!
Whatever Polarity it is, the "Opposite Side" is hung via Two (2) sets of Parallel Conductor bundles.
In other words, each Pole has Two or Three Parallel Conductors hanging from each Insulator, with Two Circuits per Pole (Two Insulators hanging per Pole).
Looks like a normal single circuit 345 KV 3 Phase 3 Wire Transmission Circuit, only with 2/3 of the Circuit!!!
We have pictures somewhere on ECN of these Animals.
Question: Even if used on AC, would there need to be additional Conductor cooling provided, to anticipate for the Inductive issues of the Transmission Circuitry?
Seems like a "wide" variable when it comes to Reactive Power values in long distance heavy Load Transmission Circuitry.
The Technology might be more suited to applications such as Dry-Type Transformers and Motors, where heat values and Power Factors can be more closely estimated.
I would like to gain more knowledge regarding this Technology.
Remember it back in the late 1980's, early 1990's when it became known in the public sector, and I studied it only as far as the basic theory - then pushed it to the back in pursuit of other stuff (Quantum Theory of Fields, Computer Technologies, trying to make better / more improved practical jokes, etc.).
Would like to learn the advanced tech. stuff - and as mentioned by someone else regarding a "Super Capacitor", maybe the "Super Conductor" its self will act as a "Super Capacitor" too!
If there are minimal Series R2 losses in the Conductor, maybe there will also be minimal Series Xc KVAR, and possibly minimal Capacitor drainage - keeping the Xc more steady in the Conductors.
The Parallel Fields will still be an issue, but maybe these can be stabilized within Cable formers, twisted pairs, and encapsulated conductors.
If there was a way to almost eliminate the value for a given circuit's charge to external entities - more precisely, Earth Ground, then the technology might work out overall!
When I first heard about the technology + studied it, it appeared as if the intent was something like "perpetual motion", so I kind of lost interest in the "Snake-Oil Concepts".
By this I mean the proposed information was oriented towards:
"Initially shoving / moving charges, with no loss of kinetic inertia (due to no internal resistance), with the ability to produce constant output work without adding additional energy"
If the above is "do-able", please let me know of which Planet this physical science is a reality, and I will begin travel plans to go observe it first hand!
Just need a Vehicle capable of Interstellar Transportation, which may also travel greater than 300,000 KM / s, and the Transportation Company accepts Visa Credit Cards (or a post-dated check).
If the above physical sciences are do-able on this Planet, please explain how to create energy from nothing!
All joking aside, I would like to study the more advanced areas of the technology, and its applications to Alternating Currents of Low Hz (25 Hz to 20kHz).
Scott
