Best place to live for good quality power


For those of you who have traveled around the world with your hi-fi, what have you learned about where to live for the best power?

- Dense city but right near a substation

- Or far from a substation is ok, as long as few houses on the grid (rural)?

Etc

Some of you are into batteries, but lets talk about how location affects power.

thanks in advance

 

clustrocasual

@nevada_matt  the quality of your power with off grid solar is totally dependent on the inverter that the mass produced solar company provided.  Not likely good.

Jerry

105 degrees today, so just happy to have power. House was built one year ago.  Area was ranches until last few years.  Noisy to theater and two channel room, but that can be greatly mitigated. Should politicians be honest, then I will hope for an even less likely situation… clean power.

Antartica with refined solar battery system is any audiophile dream...not much RFI or EMI as in civilization or as in savage urban environment ...Out of blizzard day the noise level may be very low... Visitors are rare...

Bill Gates put his stereo system there...

I plan to do it very far from him...😁

The vibration is  the main  problem because of the shifting ice plates under you...You must pick the right spot... Far from noisy pinguins...

Acoustic embedding are the same problem as anywhere else...

😁😊

 

But joking apart, i live in a small city with well managed electrical grid...my ONE single plug wall used only for my amplifier near the main central panel is very good... more improvement are always possible... But sometimes costs and work needed do not really compensate for the slight increase in S. Q. .. I am lucky...

 

 

 

 

«Penguins prefer their music underwater and me too in my bathtub »-- Groucho Marx 🤓

According to my PS-Audio Power Plant, my incoming AC at my audio system (Portland, OR) is typically119.5-119.7 VAC with 2.2% to 2.3% THD. 

@jaytor Thanks for sharing your data.    I too have a PS Audio power plant and enjoy the built in oscilloscope.  I've checked my data occasionally over several years and it is always around 4.2% THD.  voltage can vary from 114 to 123.  I set the output to 119.5 and get .1% thd.   Here is a link to the chopped sine waves of my input (same as I posted above).  

https://photos.app.goo.gl/5scsFGHBRjE8ewti9

California electrical grid is not the best managed.  Of course, except for audiophile equipment, nobody really cares.  Your hair dryer or stove will not notice the difference.

Jerry