Texas Is About To Overtake California In Battery Storage (electrek.co) 168
U.S. battery storage installations hit a record 57.6 GWh in 2025, and Texas is now poised to surpass California as the nation's largest storage market in 2026. Electrek reports: According to the US Energy Storage Market Outlook Q1 2026 from the Solar Energy Industries Association (SEIA) and Benchmark Mineral Intelligence, installations are now four times higher than totals from just three years ago. The US had a total of 137 GWh of utility-scale storage installed as of 2025, plus 19 GWh of commercial and industrial systems and 9 GWh of residential storage. Analysts expect the growth streak to continue. More than 600 GWh of energy storage is projected to be deployed nationwide by 2030, even as the Trump administration targets clean energy industries.
Two-thirds of utility-scale storage installed in 2025 was built in red states, including nine of the top 15 states for new installations. Texas is projected to surpass California as the country's largest battery storage market in 2026. Standalone battery projects accounted for nearly 30 GWh of new capacity in 2025, while solar-plus-storage installations made up about 20 GWh. Residential storage deployments reached 3.1 GWh last year, a 51% increase year-over-year. Analysts say virtual power plant programs in states such as Massachusetts, Texas, Arizona, and Illinois are helping drive adoption by reducing costs and easing strain during peak demand periods.
The supply chain is shifting to support the boom. In 2025, some battery cell manufacturers pivoted production from EV batteries to dedicated stationary storage cells, converting existing lines and adjusting future plans. Lithium-ion cell manufacturing for stationary storage reached more than 21 GWh in 2025, enough to power Houston overnight, according to SEIA's Solar and Storage Supply Chain Dashboard. Meanwhile, US factories now have the capacity to manufacture 69.4 GWh of battery energy storage systems annually.
Two-thirds of utility-scale storage installed in 2025 was built in red states, including nine of the top 15 states for new installations. Texas is projected to surpass California as the country's largest battery storage market in 2026. Standalone battery projects accounted for nearly 30 GWh of new capacity in 2025, while solar-plus-storage installations made up about 20 GWh. Residential storage deployments reached 3.1 GWh last year, a 51% increase year-over-year. Analysts say virtual power plant programs in states such as Massachusetts, Texas, Arizona, and Illinois are helping drive adoption by reducing costs and easing strain during peak demand periods.
The supply chain is shifting to support the boom. In 2025, some battery cell manufacturers pivoted production from EV batteries to dedicated stationary storage cells, converting existing lines and adjusting future plans. Lithium-ion cell manufacturing for stationary storage reached more than 21 GWh in 2025, enough to power Houston overnight, according to SEIA's Solar and Storage Supply Chain Dashboard. Meanwhile, US factories now have the capacity to manufacture 69.4 GWh of battery energy storage systems annually.
That should irk (Score:4, Funny)
Now it's just the smart choice. (Score:5, Insightful)
Using solar, wind, and batteries is not green any more.
Now it's just the obvious smart choice.
You can easily discern who is smart, who is dumb...
Re:Now it's just the smart choice. (Score:4, Interesting)
Using solar, wind, and batteries is not green any more.
Now it's just the obvious smart choice.
You can easily discern who is smart, who is dumb...
Texas ignored it's infrastructure for years to keep it cheap which has lead to regular problems... now they're just looking for the cheapest way out of the hole they dug themselves into... which is battery and solar (those cheap Chinese made PV panels). Being green is entirely accidental, if burning orphans coated in baby seal oil was cheap ERCOT would completely support it.
I suspect they're still going to have the outages California doesn't.
Re: Now it's just the smart choice. (Score:3, Informative)
Re: Now it's just the smart choice. (Score:5, Informative)
As a California native, I've seen rolling blackouts, wild fires taking out power lines, wind storms knocking down lines, snow storms knocking down lines, tornadoes knocking down lines, etc
What you are describing is natural disasters causing power problems. With Texas, they have been the champions of both deregulation and laissez-faire economics. This has extended to the point where their grid is largely disconnected from the rest of the US to avoid regulations.
That was the cause of the 2021 disaster where nearly the entire state was without power for an extended period of time during harsh winter conditions. The ultimate cause was the primarily private power companies did not winterize their plants. After a 2011 winter storm nearly crippled the state grid, ERCOT (Electric Reliability Council of Texas), the state’s main regulatory body recommended all power companies winterize their plants. Since this is Texas, ERCOT can only recommend; the state makes sure it had no power to enforce it as regulation. Ten years after warning that a major winter storm could cripple the state's grid, a major winter storm crippled the state’s grid.
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Lawsuits were filed in 2024 and 2025 alleging market manipulation by intentionally bringing down power plants for maintenance triggered the blackout, rather than a lack of regulation mandating winterized plants. While some plants did go offline for a lack of winterization (most notably to me the failure to insulate a sensor on a short section of pipe, taking half of the South Texas Project Nuclear Power Plant offline), the lawsuits claim that the blackouts were a conspiracy to raise prices, similar to what
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Solar panels worked, but many of the wind turbines were offline. However, this was known, planned, and communicated well in advance. The other plants were expected to make up for it, but they failed. As I just mentioned in another comment, there are lawsuits claiming that many plants were unavailable because they were taken offline for maintenance just before the blizzard arrived as part of a conspiracy to spike energy prices.
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HAHAH! PG&E wasn't going to invest in new lines. What you should have said was
'PG&E was forced to invest into "green energy" and their lines weren't upgraded -- we should have forced them to upgrade their lines long ago.'
There is a reason our interconnect and general transmission lines are in the state they are all over the country. Power companies are putting money into the buckets which put money in their pockets -- upgrading lines over time does not do that as profitably as other placements o
Re: Now it's just the smart choice. (Score:4, Interesting)
"As a California native, I've seen rolling blackouts"
These are the only thing on this list which is comparable to the situation in Texas. PGE underdeveloped the grid to increase profits due shareholders so we couldn't get the power to where it was needed. At no time during any of the rolling blackouts have we been at full production, but due to our dumb grid we didn't know how close to capacity the distribution lines were so we had to throttle back due to heat concerns. We've since hung temperature sensors on the lines.
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Texas is a major energy producer. That energy used to only come from oil and gas, now there's even more. Yay! All win.
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I think the point was more about how there is a trend for underdeveloped countries to skip certain phases in technological infrastructure. Such as skipping over a robust physical telecoms network to jump right to cellular everywhere. Or skipping over a robust electrical grid to creating microgrids, etc. So, they poster you are responding to is commenting on the previous poster's claim that there is a lack of investment in infrastructure and that leads to more immediate deployment of technology that skips th
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considering the NUMEROUS recent cold-weather debacles, solar and batteries are probably the best responses possible. Those are the most cold-resistant things on the grid. (wind is pretty resistant too but I don't think Texas gets a lot of wind?)
For how reliant they were on natural gas and nuclear, neither had been hardened against cold. Batteries are pretty foolproof there. And since they've voluntarily isolated their grid, batteries are the only safety net option available to them.
Re:Now it's just the smart choice. (Score:5, Informative)
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You can easily discern who is smart, who is dumb...
Problem is half of us have always been able to do that, nothing is changing. There is a large misconception, mostly held by those who don’t get it, that holding a position of power or having lots of money makes you smart when it’s actually the reverse. People in those positions have everyone around them kissing their ass so they can get it too always saying how much of a genius they are and it rots their brain to the point of doing things even a child can see won’t work out.
Re:Verify First. Then speak Green. (Score:5, Insightful)
> So, youâ(TM)re volunteering to be the test pilot for all new electric aircraft and spacecraft?
I feel like you skipped a few steps in here somewhere... as if you were so enthusiastic to shit on something you forgot to take your own pants off first...
=Smidge=
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So, you’re volunteering to be the test pilot for all new electric aircraft and spacecraft?
Logical fallacy: red herring. The entire topic is about battery storage for electric grids. Bringing up electric aircraft has no relevance to that topic.
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Re: Now it's just the smart choice. (Score:2)
More painfully obvious than it was 20 years ago.
Re:Now it's just the smart choice. (Score:5, Informative)
What do you mean *now* it's the obvious choice?!
Battery technology has improved a lot in the last 30 years. There's been approximately a 90% reduction in cost per kWh since 2010 and a roughly fivefold increase in energy density.
Re:That should irk (Score:5, Informative)
In fact, the cheapest mix nowadays is a mix of solar, wind, batteries and natural gas for when there is a solar+wind daily deficit.
I would expect red states to invest in renewable as any other source of energy. It's just established industries who are interested in block competency using a lot of lies about renewables.
Moar solar (Score:2)
batteries and natural gas for when there is a solar+wind daily deficit.
or just even more solar and wind, so that even on "bad days" you can produce more, and who cares if you have excedent on "good days".
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who cares if you have excedent
Well, you have to get rid of the extra electricity. That's one more problem to handle.
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Well, you have to get rid of the extra electricity. That's one more problem to handle.
With Wind and Solar, this is a non-problem. Just switch them off. Works within milliseconds. It was a problem with thermal power plants (both coal and nuclear), that they could not be switched off easily, and it took hours or even days to power them down, and then again hours or days to power them up. All that water had to be boiling first, and then superheated, before you can get steam to a steam turbine.
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https://marec.us/energy-storag... [marec.us]
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This will be the case some day, with perhaps some renewables we don't even think of right now thrown in. But in the next 20 years or so, it's definitely solar, wind, then gas (yes, I hate that too, but it's WAY better than coal or wood, etc) plus batteries.
The real limit here is batteries. When we have enough batteries, we can start retiring the gas. But it's going to be an economic decision. At some point it will cost 1 cent more to keep a gas system running than to set up enough batteries to handle th
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or just even more solar and wind, so that even on "bad days" you can produce more, and who cares if you have excedent on "good days".
Maybe, but there can be diminishing returns to that. I agree that you don't necessarily need fossil fuel natural gas. Ideally everything is renewable. However, the only real obstacle right now with making methane from air and water is that the relatively low efficiency of existing processes makes it cost more than methane from the ground. While work is being done on making it more efficient, there seems to be no reason why you couldn't just waste a little extra energy on making methane for storage with a fr
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CCGT peaked plants are famously pricey. Hopefully some competition with BESS will drive down their prices, or even better, they’ll get retired in favour of BESS.
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Re:That should irk (Score:5, Informative)
Renewables won on purely economic terms. Cheaper than everything else, by a significant margin, and able to meet the needs of the grid.
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Re: That should irk (Score:3, Informative)
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Re: That should irk (Score:2)
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If we were engaged in a ground war in Iran, it wouldn't be enough. If they could also get us tied down in the Ukraine (for exampl
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My point is more that recent actions by the USA do not seem to have reduced the potential for a conflict with China, and may have increased it. You've probably seen the reports that General Caine has some reservations about even a single conflict with Iran, and USA also seems bent on mainta
Re: That should irk (Score:2)
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Tariffs are always a bad idea. You should read this. https://en.wikipedia.org/wiki/... [wikipedia.org]
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Tariffs are ALMOST always a bad idea. Can we not just always go to black and white?
The current round of tariffs are insanity, yes. We should have tariffs in the bag of tools, used only when they actually make sense, which is rare.
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Yep, we should grow our own Cacao, create our own French cheeses, and not export anything we make.
Globalization is not about product movement. It's about finding cheap labor. And that can be targeted much, much more intelligently than via tariffs.
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And maybe people like you fail to see that the globalization bell can't be unrung. Protectionism doesn't work long run, see North Korea, Soviet Union, Great Depression in America, Zimbabwe, Venezuela, I could keep going.
No country has been "self sufficient" for over half a century now. Even at the height of the Cold War, the US and the Soviet Union had to trade with each other to maintain various goods and services (they just cloaked it in political dogma, but the trade still happened).
Globalization is just
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Perhaps the "orange one" sees the inherit danger of becoming completely dependent upon other nations for necessities.....and weakening oneself by becoming less and less self sufficient.
Perhaps some people know that almost no country is independent of every other country. Completely self-sufficiency is a dream for some but for others a delusion.
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We saw the dangers of having to depend on other countries for important things during covid......does everyone here have such short memories?
China had the US by the short and curries with regard to masks and other medical needs.
We need to be self sufficient on many things, like steel, etc...rare earths, etc.....things that are absolutely needed for national security.
Olive oil, imported wines and cheeses..sure bring them on.
It is also a go
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Economics does rule the day, which is why we have such resistance. You need to remember that the only economics which matter in this situation are how much the executives are making. And the more it all costs, the more money is in the system, and the more money that can be skimmed. If they make the system cheaper, they make less personally.
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While true, this raises the question: Why haven't these same economic terms resulted in a renewable explosion in blue states?
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Ideological and political reasons. China can't make the panels and turbines fast enough for demand. The US failed to develop domestic production, and then put tariffs in place on imports.
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The same factors that affect Texas affect Blue states, like Oregon, Massachusetts, Minnesota, et al. Why aren't they experiencing a boom in renewables? It's not like Texas is exempting anybody from Federal tariffs
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Sorry I don't follow. I'm saying that the federal level stuff is screwing everyone.
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The same factors that affect Texas affect Blue states, like Oregon, Massachusetts, Minnesota, et al. Why aren't they experiencing a boom in renewables? It's not like Texas is exempting anybody from Federal tariffs
The lie is that they are not.All states have experienced a boom [climatecentral.org]. All states.
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The only one of your responses that applies specifically to blue states, is "Ideological and political reasons." The other hinderances apply equally to red states.
So what is it about blue-state ideology and politics, that hinders expansion of green energy? They *say* they want it and that it's important, so why is it not happening?
Texas, by contrast, has a governor who is openly against green energy. And yet, Texas has *3x* more wind power than *any* other state, and is #1 in solar and soon, #1 in battery s
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I'm saying ideology and politics at the federal level. The tariffs, the lack of domestic manufacturing support, the fact that ever 4 years the policy reverses polarity and so anything like a wind farm that is approved one year can be banned the next. It's not a stable environment for developing a business.
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You're not thinking this through.
Federal level ideology and politics affect red and blue states equally, so that does not explain why red states are leading in green energy.
Tariffs affect red and blue states equally.
Federal level politics are not the differentiator. For it to be so, you'd have to argue that Federal-level politics somehow single out blue states in ways that prevent them from pursuing green energy. Good luck, that makes no sense.
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Oh, I see what you are getting at. Well, I guess there is more energy investment in Texas. Could it be their isolated grid makes it even more lucrative? Or their local laws make it easier to connect large renewable installations to the grid? Or they have more land that is easy to install it on?
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Those are excellent questions.
Land is not a constraint for California, it's bigger than Montana, there is plenty of space for wind farms.
Personally, I believe it comes down to regulation. California has a LOT of regulation, which makes it really hard for projects to come online. Texas has comparatively few, streamlining the process, much to the governor's chagrin. And he can't really clam down on it, because the state now needs that green energy to keep the power on, especially in periods of high demand.
It'
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Land is not a constraint for California, it's bigger than Montana, there is plenty of space for wind farms.
Well that's very shortsighted thinking. A state having more land area within its borders is not the same as a state having available land to install wind or solar energy. A major factor is land ownership. 45% of California land is owned by the federal government compared to 29% in Montana and 1.9% in Texas. CA owns roughly 7% with private ownership accounting for 48%. Montana owns about 10% with 62% being private. The state of California cannot install wind farms on federal or private land just because th
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Available land is not a primary concern for California, despite your list of land ownership.
Regulation is a major inhibitor.
This article addresses both. https://www.ucs.org/resources/... [ucs.org]
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Available land is not a primary concern for California, despite your list of land ownership.
In what world is available land not a primary concern? I can't build my new shed on my neighbor's yard any more than California can build wind and solar farms on federal land.
Regulation is a major inhibitor.
Because it must be in your world. The fact that as a matter of practicality CA cannot build plants on land that isn't there seems have no place in your thinking.
This article addresses both. https://www.ucs.org/resources/ [ucs.org]... [ucs.org]
It does not. That is a lie. The article says CA needs more energy and must overcome all the obstacles to do so. Zero part of it addresses the fact that building solar and win
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I've got news for you, the Federal Government doesn't own "all available land" even in California. You might think California is crowded because you live in a city. But there are vast swaths of countryside that are farmed, and farmers, for the most part, are happy to allow windmills to be built on their property. For them, it's a minor inconvenience to have to plow around the windmill, and they like the thousands they get per year in lease and royalty revenue from them.
You are the only one asserting that la
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It's a conspiracy, man!
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Yeah, that's not the reason. China had a long term strategy, and stuck to it. Developed the technology, developed the manufacturing.
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One example - "The intrusion also exfiltrated data from the energy industry – including designs of solar panel and edge vacuum system technology." https://www.cbsnews.com/news/c... [cbsnews.com]
Re:That should irk (Score:5, Informative)
While true, this raises the question: Why haven't these same economic terms resulted in a renewable explosion in blue states?
Because that's a lie and it has. Over the last 10 years, solar and wind generation growth: [climatecentral.org]
In solar and wind, it is not a blue vs red. All states have seen large growth.
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The "blue states" are not experiencing a boom (sudden increase in) renewables because they have been building out renewables for years. No boom required, just steady growth. The headline is about how Texas is catching up to California..
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Battery storage is the ONLY major green energy component in which Texas is "just now" catching up to California.
Texas is far and away the wind power leader, with 3x more wind power than California, and is already the nation's leader in solar power generation.
So my question is for you is, *why* have red states been building out renewables for years, and *why* haven't blue states been doing so (at a similar rate)? It seems counterintuitive, does it not?
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So my question is for you is, *why* have red states been building out renewables for years, and *why* haven't blue states been doing so (at a similar rate)?
False premise.
Most states have been building out renewables for many years. A sudden increase in buildout in one state is not an indicator of a lack of buildout in others.
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There is no sudden buildout in one state.
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What a silly thing to say.
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Fuck you, PG&E (Score:2, Insightful)
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Now THAT would be fun to watch!
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You are trapped within an Overton window; likely your fault, being a simp.
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In what ways does PG&E work against "home installations and other projects"?
Good (Score:4, Insightful)
I don't know why everything needs to be politicized...us versus them. Texas vs. California. Glad Texas is moving to renewables. Glad China is adding tons of solar. The climate is global so improvements anywhere are incrementally beneficial to all of us.
My dunk against California is that with a pretty decent installed solar+battery capacity they (PG&E and their CA State govt enablers) have found a way to make the electrical rates 2nd highest in the nation, after Hawaii . It would be sooo much better to demonstrate solar+battery as a viable part of the electrical generation mix that actually reduces rates over the long term. All the shenanigans that PGE has be allowed to pursue via aforementioned State govt complicity ruins that plan.
Why is this framed as a race or competition? (Score:2)
Texas is now poised to surpass California as the nation's largest storage market
So they may soon have the most electricity storage via battery... Is something supposed to happen if they do? Do they get a prize? Does something happen to California if they're no longer #1?
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The number of characters in your post including spaces is countable using 6-bits. This is every bit as relevant to the discussion as what you just wrote.
What's your point? If you're just blindly throwing units out there why not count how many lightbulbs are on in the Library of Congress and how long they burn for to consume the battery at full charge?
If you want to make an actual point you need to formulate it, then justify it with backing of numbers. Blindly spitting out comparisons is irrelevant.
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I don't think so. The most powerful reactors are under 2GW. They probably meant a complete site. Anyway, the point is 600GWh is about enough to last the USA 1-2 hours. Much much more is needed, if battery storage is the target
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The Westinghouse AP600 puts out about 600 MW, and last I checked, 24 x 0.6GW is nowhere near 57 GWh.
There's the AP1000 which puts out about 1.1GW. 24 x 1.1GW is still less than half 57 GWh.
But if you want to talk about the AP1000 you have to ignore the elephant in the room that it is so expensive that trying to build it bankrupted Westinghouse back in 2017.
So what are you actually referring to?
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Red states and maga people don't have a problem with renewables.
Funny that I keep running into MAGA fossil fuel investors who have a problem with renewables cause it cuts the value of their investment, and MAGA fossil fuel workers who have a problem with renewables because they are worried about the jobs they are skilled for disappearing. Funny how the head of MAGA keeps reversing Biden-era approvals of p
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Well, that doesn't make sense. I've never pre-dissolved my dinner in acid.
It's actually quite common in cooking. Lemon juice, lime juice, vinegar, etc. Enzymes are also used, but you specifically said acid. I mean, I guess you said you've never done it yourself, so maybe you just don't really cook much or stick to simple dishes?
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All true. However, one has to consider that battery storage is just that: storage, not generation. It is an additional cost needed to make solar and wind useful.
And they are useful, but the cost of the storage must be included when doing economic comparisons.
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Whenever you look at system costs for power, you have to look at whole-system costs including PPM and downtime and intermittency and fuel and all the rest of it. Obviously. And if you do all that, you find that renewables + BESS is still cheaper.
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Whenever you look at system costs for power, you have to look at whole-system costs including PPM and downtime and intermittency and fuel and all the rest of it. Obviously. And if you do all that, you find that renewables + BESS is still cheaper.
Places where batteries and solar are deployed the most energy costs are highest. California has the highest energy costs having more than doubled over the last decade while having most deployed solar and ESS of any state in the country.
The grid is a market. When people calculate costs of renewable production those calculations are done in the context of the system as it exists today not the grid as it would exist in the future. The issue with low capacity factor renewables is they have two long tails.
The
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This logic doesn’t make sense. How can “chasing the lowest cost” have a net effect of “raising energy prices”? Sure, prices rise when demand starts to outstrip supply (which is what it means to say “the sun isn’t shining”), but the market sees that happen all the time anyway, because demand varies over the course of a day, and we have lots of non-dispatchable power on the grid which we supplement with expensive peakers.
All that’s needed for a BESS to be
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This logic doesnâ(TM)t make sense. How can âoechasing the lowest costâ have a net effect of âoeraising energy pricesâ?
The overwhelming source of value in the system is not in the production of energy itself but rather providing energy when and where it is needed. Introducing intermittent renewables with low capacity factors makes this more difficult to achieve. Solar deployments in a way are freeloading off the system in a way not being explicitly priced into the market. In CA this reality just hit everyone in the face in the form of NEM 3 causing massive depression in residential solar market.
To put this into perspecti
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the cost of the storage must be included when doing economic comparisons.
Solar or wind + battery has been cheaper than coal for over a decade. It only makes sense to build renewables in most situations, at this point. We should keep some fossil plants around for extraordinary/emergency situations but the future can and should belong to renewables.
Re: One day's worth (Score:2)
That is so not true. There is no wind or solar installation anywhere in the world that can match actual demand (at scale) in the way that coal can for a competitive price. Wind/solar + natural gas can almost certainly, but not wind/solar and battery.
Re: One day's worth (Score:2)
Los Angeles did it cheaper than coal years also, so yes, it's true.
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CA wants 'green' energy that has no impact on the environment, which is questionable with wind, solar, and battery due to the sunk carbon cost of building them and mining the requirement materials.
Green energy has less impact, not zero. The main impact is the lack of green house gases as byproduct.
which is questionable with wind, solar, and battery due to the sunk carbon cost of building them and mining the requirement materials.
As opposed to fossil fuel energy production which has zero carbon cost of building and mining . . .?
TX want's 'green' energy, as in it generates piles of 'green' money. And they figured out how to make money on wind, solar, and batteries (cause they are great for load balancing your electrical grid and making it more profitable), so they built them, and are making money, plus getting some good press for going 'green' as a bonus.
So what you are saying is Texas is all about capitalism and profit. Providing energy is a necessary resource for their residents is not part of their goal. To that I would agree.
ut they all know under the covers that after you pay for all the concrete, installation, do all the mining (with highly questionalble labor contracts involving outright slavery in places), that while it makes cash, it is no more the silver bullet to going green than ethonol turned out to be (though that also generated a lot of 'green' cash for corn farmers).
Ethanol was never a silver bullet. Ethanol reduces pollution when added to gasoline as it produces less green house gases. Using et