Sectionalize a 12 kV distribution network

AI Thread Summary
To sectionalize a 12 kV distribution network, essential components include a 12 kV rated sectionalizer, along with existing fuse cutouts, high voltage circuit breakers, and reclosers. The rated current for the distribution lines is 256 A, which is a critical factor in the design. Maximum capacity calculations for transmission lines depend on impedance, short circuit, and thermal limits. Various design modifications can enhance capacity, though specific strategies require further detailed analysis. Understanding these components and calculations is crucial for successful project completion.
surinerd
Messages
1
Reaction score
0
I'm currently a student who is working on a Bachelor in Electrical Engineer project in order to graduate. My project is to sectionalize a 12 kV distribution network for an Oil Company located. My Question is: What components do I need if I want to do this? I know I will need an 12 kV rated sectionalizer, is this correct? We already have fuse cut outs, high voltage circuit breakers and reclosers in the network. The rated current of our distribution lines (SAX overhead cables) are 256 A.

And I also want to know how to calculate the maximum capacity of the transmission lines. what are the possibilities to increase this capacity?
 
Engineering news on Phys.org
surinerd said:
And I also want to know how to calculate the maximum capacity of the transmission lines. what are the possibilities to increase this capacity?
The limits on transmission capacity are determined by impedance, short circuit, and thermal considerations. There are many ways to change the design to effect those numbers. Your question is too broad for a detailed answer.
 
Thread 'Weird near-field phenomenon I get in my EM simulation'
I recently made a basic simulation of wire antennas and I am not sure if the near field in my simulation is modeled correctly. One of the things that worry me is the fact that sometimes I see in my simulation "movements" in the near field that seems to be faster than the speed of wave propagation I defined (the speed of light in the simulation). Specifically I see "nodes" of low amplitude in the E field that are quickly "emitted" from the antenna and then slow down as they approach the far...
Hello dear reader, a brief introduction: Some 4 years ago someone started developing health related issues, apparently due to exposure to RF & ELF related frequencies and/or fields (Magnetic). This is currently becoming known as EHS. (Electromagnetic hypersensitivity is a claimed sensitivity to electromagnetic fields, to which adverse symptoms are attributed.) She experiences a deep burning sensation throughout her entire body, leaving her in pain and exhausted after a pulse has occurred...
Back
Top