Ercot nearly at capacity for Texas power grid
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Re: Ercot nearly at capacity for Texas power grid
#2The Electric Reliability Council of Texas (ERCOT) manages the flow of electric power on the Texas Interconnection that supplies power to more than 25 million Texas customers – representing 90 percent of the state's electric load.
https://en.wikipedia.org/wiki/Electric_Reliability_Council_o...
Re: Ercot nearly at capacity for Texas power grid
#3Re: Ercot nearly at capacity for Texas power grid
#4I also have to wonder how an everyone-videoconference-from-home society changes electricity usage? Not saying it has a significant impact, just wondering.
It is odd for Texas to have peak electricity usage in the winter; especially anywhere other than north Texas, we usually get threatened with rolling blackouts when it's 110 degrees and everyone has their A/C cranked up, not in the middle of the winter.
Re: Ercot nearly at capacity for Texas power grid
#5Re: Ercot nearly at capacity for Texas power grid
#6The Joke is all the Californians who immigrated brought the blackouts with them.
Re: Ercot nearly at capacity for Texas power grid
#7Re: Ercot nearly at capacity for Texas power grid
#8Look at the weird error message...
The rest of the site appears to be http only
What's funny is that they do have a valid certificate for their error message page.
Re: Ercot nearly at capacity for Texas power grid
#9Seems like this is where a generator and appropriate hookup for powering (primarily?) a gas furnace might not be a terrible thing. Unfortunately almost all homes regardless of source will lose heat if the power goes out because of fans and furnace control.
Re: Ercot nearly at capacity for Texas power grid
#10ERCOT (Texas) is an interesting case in that it can't import power from other states as easily - it has its "own grid" at 60Hz, but not necessarily in phase with either of the other two major grids in the country (there's eastern US, western US, and "most of Texas"). So to import power, it first has to convert grid-scale amounts of energy from AC to DC, then back to AC, which incurs a pretty significant loss.