TCHB
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Can you imagine if Havasu was going underground. Cost would be pretty High. http://tbrnews.com/news/another-man...cle_fd402d1c-0cad-11ea-a14b-eb40af5cd9b3.html
You already have underground utilities in your neighborhood.Can you imagine if Havasu was going underground. Cost would be pretty High. http://tbrnews.com/news/another-man...cle_fd402d1c-0cad-11ea-a14b-eb40af5cd9b3.html
So you did underground right?Was going to do a MIL home at the back of our property 685’ overhead 11k underground 18500.00$
Havasu has less homes per block to split the bill. Can you imagine how many block walls would be taken down to go underground in the backyards.While expensive, Havasu would be a lot cheaper then Manhattan Beach......lots of concrete there
The utilities just add the cost to your bill every month. They build up a reserve and do one area at a time. The cost to you is only a few dollars a month. Typically the go up the street and branch off to each house. They did our neighborhood in SD a decade or so ago. So much nicer not to have ugly powerlines up and down the street.
The overhead power is Havasu’s biggest drawback. The city should have addressed this a long time ago.
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One of my jobs city forces you to go underground with a major remodel. The city planner said it's there number one complaint as it costs the homeowner $30K on average. I charged the homeowner $4700 and he complained about it and said it was to much. I should of charged the $30K.
3" conduit. The neighbor behind already did theres and paid for a box in ground that it was ran from which was 5' over from base of power pole in the easement . About 20 distance but about 30' of wire. They used copper since underground and close to ocean. All are part was dig trench set conduit and main panel with a pull rope to there box. Once mandrel inspection and depth and conduit size checked they did the rest. The crew showed up at 6pm to pull wire. They left at almost 8. Said they are just taking in the OT. Took around 6 months from first inspection by Edison if not 8. They are busy.Did you use direct burial triplex, or conduit and wire? How long was the run? I'm just curious.
New subdivisions around here usually have 1.3 kV feeders run around the subdivision boundaries, and there are drops to buried conduit which is routed along each street. They feed 75-125 kVA (depending on the size of the houses) pad mount xfmrs in every fifth or sixth front yard. From there, buried 2/0 aluminum triplex is run to the houses served by each xfmr.
I think you mean 13KV aka 12,470/7200 volts depending on where your at.Did you use direct burial triplex, or conduit and wire? How long was the run? I'm just curious.
New subdivisions around here usually have 1.3 kV feeders run around the subdivision boundaries, and there are drops to buried conduit which is routed along each street. They feed 75-125 kVA (depending on the size of the houses) pad mount xfmrs in every fifth or sixth front yard. From there, buried 2/0 aluminum triplex is run to the houses served by each xfmr.
No mil moved onSo you did underground right?
I got an unofficial quote from SoCal Edison and they said it typically runs around $5K a linear foot to switch from overhead service to underground service. When I heard that, I laughed and said "No thank you." I dug the trench myself and dropped the conduit in for both power and telco.
When I lived in Downtown Long Beach, I remember all the time manhole covers would explode on Edisons burials since everything there is underground. What causes that so often? Would rock the whole area!
Yea was crazy! I thought we got bombed once.Cable fault. Conduit fills up with water and over time the insulation fails. It's like a Canon going off.
That’s better than the 5k Per linear ft stated above.Converting overhead primary to underground is crazy expensive and completely different then burrying a service to a house.
We are starting to do this on our system. First little section, probably 500 feet is close to half-a-million total project costs. And that is without converting the services.
That’s better than the 5k Per linear ft stated above.
I think you mean 13KV aka 12,470/7200 volts depending on where your at.
We would have high voltage cable failures in the power plants. Yes lots of noise when they would fail.Cable fault. Conduit fills up with water and over time the insulation fails. It's like a Canon going off.
That’s better than the 5k Per linear ft stated above.