And if that doesn't work, Google "forbes babcock ranch" and look for a URL very similar to that one. It should be at or near the top.
And if that doesn't work, Google "forbes babcock ranch" and look for a U very similar to that one. It should be at or near the top.The first result that came up for me, from January of this year, says this:
"Babcock Ranch is an idea, not a city built yet." The blurb goes on to mention that it is an "idea" of a "planned community." Clicking on that link brings up an article that refers to it as a "future town" with
plans to become the first solar-powered city in the US. It also says
that their solar grid will be attached to the main grid "so a consistent energy supply can be maintained" when the Sun isn't out. The idea is to reduce emmissions, not eliminate, and apparently not to be 100% solar.
I guess you hoped I wouldn't actually try to find it? Nice try.
And if that doesn't work, Google "forbes babcock ranch" and look for a U very similar to that one. It should be at or near the top.
The first result that came up for me, from January of this year, says this:
"Babcock Ranch is an idea, not a city built yet." The blurb goes on to
But according to Jeff in Texas it Freezes just like all the traditional sources of energy such as Natural Gas, Coal etc. I tried to helpful with mentioning Geothermal but I get chastised so..
Liquid salt cooled reactors don't freeze... http://large.stanford.edu/courses/2018/ph241/rojas1/
If you'd been following along, you'd know that we were specifically discussing batteries charged by wind and/or solar.
And if you had any knowledge on this topic, you'd know that wind/solar can't keep up with the demand and don't work well when the wind doesn't blow or solar panels are covered with snow.
Done properly, they can keep up with demand. That's why we were talking about batteries being used to even out the supply.
Liquid salt cooled reactors don't freeze... http://large.stanford.edu/courses/2018/ph241/rojas1/Not according to leftie Jeff. Everything except solar freezes in TX, and in the "future city" that doesn't exist yet.
Even in the "future" town he linked to, they admitted that they'd be linking up with the main grid so that they'd not experience power interruptions when the Sun wasn't out and the magic batteries weren't carrying their magical charge.
I guess your one example of it being done properly (in the future, since it doesn't exist yet) was not really doing it properly after all? Their plan flat out admits that they cannot go 100% solar because they won't
be able to keep up with demand when the Sun isn't out.
I'm not sure where you went for that, but the population of Babcock Ranch is currently 400 and the first residents moved in in 2018. They are planning to grow, but do currently consist of more than one household. You also didn't specify that it had to be 100% solar; you said that it should have solar as a primary power source. Babcock Ranch has chosen not to store energy produced during the day for use at night, but has instead chosen to divert excess energy onto the FPL power grid during the day, and use power from the grid at night. Babcock Ranch's solar field produces 74.5 MWh, more than enough for the town to operate.
I never said that. And reactors in TX did freeze; from this one could
assume that they were not liquid salt cooled.
Even in the "future" town he linked to, THEY admitted that THEY'D be linking up with the main grid so that THEY'D not experience power interruptions when the Sun wasn't out and the magic batteries weren't carrying their magical charge.
That's not at all what I said.
I'm not sure where you went for that, but the population of Babcock Ranc currently 400 and the first residents moved in in 2018. They are plannin grow, but do currently consist of more than one household. You also didn specify that it had to be 100% solar; you said that it should have solar primary power source. Babcock Ranch has chosen not to store energy produ during the day for use at night, but has instead chosen to divert excess energy onto the FPL power grid during the day, and use power from the gr night. Babcock Ranch's solar field produces 74.5 MWh, more than enough f the town to operate.
400 is not too big. I stil say it is futuretown, and everything I read stated they'd be on the grid to "maintain a consistent power supply" when the Sun wasn't out. That tell's me they don't have a sustainable, independent power source for the size of the town they are planning.
For the current 400 people, maybe... until they start buying electric cars.
As for where I went, I took your advice and googled Babcock Ranch, then read the first few articles that came up.
Maybe you live in an area of only ~400 people so that would be relevant
to you. I live in an area with 100 times that population. I would suspect that most of us live in areas at least that big, and that were also not tailor made for an inconsistent primary power source.
I never said that. And reactors in TX did freeze; from this one could assume that they were not liquid salt cooled.My guess is that the reactor did not freeze, but possibly its source of water did. Do you all not bury your water lines more than a few inches deep down there in Texas?
You have absolultely no right to question anyone's reading comprehension. Yours is pretty awful.
Mike Powell wrote to RON LAUZON <=-
Even in the "future" town he linked to, they admitted that they'd be linking up with the main grid so that they'd not experience power interruptions when the Sun wasn't out and the magic batteries weren't carrying their magical charge.
He took the word of one article and didn't research it too well.
Sysop: | Gate Keeper |
---|---|
Location: | Shelby, NC |
Users: | 719 |
Nodes: | 20 (0 / 20) |
Uptime: | 166:20:16 |
Calls: | 9,280 |
Files: | 5,288 |
D/L today: |
7 files (9,950K bytes) |
Messages: | 467,354 |