Transmission lines differ in how much voltage they carry based on their length, plus other factors.
# Local transmission lines typically possess 13.8kV.[[https://www.hunker.com/13418990/what-is-the-typical-voltage-for-power-lines What is the typical voltage for power lines?]]
# Short transmission lines – In short transmission lines, the length is within 50km and the voltage is limited to less than 20 kV. In short transmission lines, the effect of line resistance and inductance is more predominant than capacitance.
# Medium transmission lines – These lines have an overhead cable length of greater than 50km and less than 150km. The allowable voltage ranges from 20 to 100 kV. The analysis of medium transmission lines considers the three lumped line constants: resistance, inductance, and capacitance.
# Long transmission lines – Overhead transmission lines with lengths greater than 150km and voltages above 100kV form long transmission lines. Line constants are considered distributed elements in the analysis of long transmission lines.[[https://resources.system-analysis.cadence.com/blog/msa2021-the-types-of-transmission-lines-based-on-voltage The Types of Transmission Lines Based on Voltage]]
Long transmission lines are greater than 150km and possess voltages greater than 100kV such as the exampled output (of the schematic on the left) exhibiting: 300kV on its indLoad (inductive load). The series resistance of this inductive load is: 6.24e+249 Ohms and its inductance is: 1e+250 Henrys, yet the V/I ratio of its output is: 7.5e+18! I'd expect something much greater; wouldn't you? Something more similar to its resistance of: 6.24e+249 Ohms!
Oh, well ... I still don't know everything!
The electric utility companies may be generating power within the capacitor bank, substations mentioned by Eric in a video excerpt extracted from a longer YouTube video, entitled: ''Origin of Energy Synthesis''.[[https://youtu.be/h05TfwBfuhw Utility Companies Defy Speed of Light by placing Capacitors on Transmission Lines Every 100 Miles]] Although, he defines their usage is for bringing the phase relations of voltage versus the phase relations of current into a harmonious relationship so that transformers don't blow up and power is successfully delivered over hundreds of miles of transmission, in addition to his definition of their usage, the utility companies may have another usage of adding power to the grid along the way.
The video (within the footnote, above) is a companion to [https://youtu.be/4jAGfj6sHKo another related video] which is on the topic of electro-mechanical watt-hour meters being used by the power companies to supplement energy coming from the power plant.
If you put the ideas of these two videos together, then it becomes possible to speculate that the power companies may have several techniques at their disposal to supplement power plant generation?
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This video initially starts out on the topic of electro-mechanical watt-hour meters being used by the power companies to supplement energy coming from the power plant.
This video is a companion to my excerpt from another related video posted by Aaron Murakami entitled, Eric Dollard - Origin of Energy Synthesis ...
https://youtu.be/h05TfwBfuhw
The electric utility companies may be generating power within the capacitor bank, substations mentioned by Eric in the Energy Synthesis video, linked-to above. Although, he defines their usage is for bringing the phase relations of voltage versus the phase relations of current into a harmonious relationship so that transformers don't blow up and power is successfully delivered over hundreds of miles of transmission cable, in addition to his definition of their usage, these banks of capacitors may have another usage of adding power to the grid.
If you put the ideas of these two videos together, then it becomes possible to speculate that the power companies may have several techniques at their disposal to supplement power plant generation?
For further information, please see ...
Tesla's Special Generator ...
https://is.gd/idasuj