Los Angeles OKs a Deal For Record-Cheap Solar Power and Battery Storage (latimes.com) 142
For a long time, there were two big knocks against solar power: It's expensive, and it can't keep the lights on after sundown. A contract approved this week by the Los Angeles Department of Water and Power shows how much that reality has changed. From a report: Under the 25-year deal with developer 8minute Solar Energy, the city would buy electricity from a sprawling complex of solar panels and lithium-ion batteries in the Mojave Desert of eastern Kern County, about two hours north of Los Angeles. The Eland project would meet 6% to 7% of L.A.'s annual electricity needs and would be capable of pumping clean energy into the grid for four hours each night. The combined solar power and energy storage is priced at 3.3 cents per kilowatt-hour -- a record low for this type of contract, city officials and independent experts say, and cheaper than electricity from natural gas.
The Eland deal's approval was delayed last month after DWP staff said concerns had been raised by the union representing employees of the city-run utility. It wasn't clear whether the International Brotherhood of Electrical Workers Local 18 had specific objections to the Eland project. But the union has been on the attack against L.A. Mayor Eric Garcetti since his decision in February to shut down three natural-gas-fired power plants along the coast, which could force hundreds of union workers to transition to new jobs.
The Eland deal's approval was delayed last month after DWP staff said concerns had been raised by the union representing employees of the city-run utility. It wasn't clear whether the International Brotherhood of Electrical Workers Local 18 had specific objections to the Eland project. But the union has been on the attack against L.A. Mayor Eric Garcetti since his decision in February to shut down three natural-gas-fired power plants along the coast, which could force hundreds of union workers to transition to new jobs.
why do unions hate progress? (Score:4, Interesting)
Some people will say that coal-fired power plants are dinosaurs and need to go away. I would say that the Unions are that animal.
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"Porque no los dos?" /Old El Paso
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Obviously you've never driven where I live. 6:30 on a Sunday morning and I can wait a red light for up to one minute before the light changes and allows me to proceed.
With no one else on the road.
Or my favorite, hit three green lights in a row on a major road by traveling the speed limit, then get a red light, on the same road, while the next light down is also green.
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Unions exist to advocate for workers. They are a counterbalance to unchecked corporate power. How well they do their job varies just like politicians and corporate executives.
To your main point I agree the goal of any facility is to produce what ever is needed (power, food, compute cycles, consumer goods, software) with an increasingly smaller number of workers and executives. If a project does not eliminate jobs, it is a failed project.
The sooner we emulate the finance industry and divorce work from i
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Please explain how you "divorce work from income" because I don't see how you can have a sustainable system unless you do just the opposite.
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Working in finance (Score:2)
The sooner we emulate the finance industry and divorce work from income, the better off we will be as a society.
If you think work and income in the finance industry are not related you have never worked in the finance industry. Folks in investment banking work legendarily long hours and it's not an easy lifestyle. If you want to criticize them for doing something that has questionable benefit to society (essentially gambling with other people's money) then I'm right with you. But make no mistake that people in the finance industry work very hard, even the shady ones.
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we are close in views. you are right to point out that with finance workerbees work crazy hours but any money they is part earned and part unearned (bonuses). one could claim that the bonus is reward for making decisions that resulted in higher profits. I ask if their efforts have a real deterministic influence or are they throwing money at the wall (investments, deals, arbitrage, insider trading, price fixing) and hope more money comes back? Are their bonus (and their bosses bonuses) based on the myth of m
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No. You never hear of single mums getting burned out by the time they're 30 and unable to cope. You do hear that of financial workers quite often.
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If a project does not eliminate jobs, it is a failed project
What utter fucking nonsense. A project could improve efficiency, allowing greater work without needing new staff; successful project, no jobs eliminated.
A project could introduce a new product line, requiring additional staff. Successful project, no jobs eliminated.
A project could drastically reduce risk and losses, massively improving profitability through technology and process changes. Successful project, no jobs eliminated.
The sooner we emulate the finance industry and divorce work from income
As others have pointed out, people in the finance industry work hard. Most people
Unions are not always bad (Score:5, Informative)
Some people will say that coal-fired power plants are dinosaurs and need to go away. I would say that the Unions are that animal.
Really? You enjoying that health insurance? How about that 40 hour work week? Overtime? Safe working conditions? Not having to work as a child? You know all those things came because of unions... Just sayin' Maybe don't be so hasty to condemn unions so broadly.
Unions are not inherently good or bad. Like most things they can be co-opted to bad ends but unions often serve as a very valuable check against abusive corporate practices and can make their members and even those who aren't members better off without negatively impacting the companies they work within. They certainly can and have protected some people who otherwise would have had very little protection from some pretty nasty management practices. Sure some unions have become a problem and a burden. But to pretend they serve no useful function anymore is to deny reality. I don't think you'd actually very much like to live in a world without them entirely.
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Well said. I've always found it galling how people seem to forget that their forefathers in this country fought AND DIED for the right to unionize. Now they are so ready to throw the baby out with the bathwater.
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> Some people will say that coal-fired power plants are dinosaurs and need to go away. I would say that the Unions are that animal.
And Corporate America thanks you for your service. Not with money of course, but with a smirk at how nice it is you're doing their dirtywork for them.
As with anything some unions are good and some are bad. **On balance** society as a whole is better off with unions than not having them. America's overall prosperity was never higher than in the age of unions, but the right
Re: why do unions hate progress? (Score:2)
If progress means bringing back indentured servitude, slavery if you like, then just say it.
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Shift work for decades looking after coal, gas, hydro, nuclear projects was great all over the USA. Decades of on site work keeping everything working. The huge battery works until it is replaced? The solar system reports a problem and a contrator drives out to that one location? Thats not decades of work for a lot of people.
Kind of like what will happen when electric cars eventually take over.
How much maintenance and labor are required to keep one running versus an ICE vehicle?
EV maintenance (Score:5, Informative)
How much maintenance and labor are required to keep one running versus an ICE vehicle?
Well I own an EV. The first scheduled maintenance aside from tire rotations and cabin air filter replacements is a coolant/transmission fluid change at 150,000 miles. I have around 20K miles on mine and I have spent precisely $0.00 on maintenance for it. If I had an ICE vehicle I would have had at least one oil change in that interval and likely more. It has no gasoline, no oil, no pistons, no cams, no spark plugs, no valves, no belts, no rocker arms, no muffler, no catalytic converter, no exhaust pipes, no mechanical throttle, no fuel injectors, etc. The transmission has a single gear and the motor is integrated with the transmission and diff. No big driveshaft. It also has regen braking so I can drive the entire distance to work and not have to touch the brake pedal much if at all so brakes aren't going to wear out very quickly either with reasonable driving.
So yeah, rather a lot less labor and maintenance for EVs. Honestly I have no idea why anyone would prefer an ICE vehicle as a daily driver if they have a choice.
I've been wondering about this (Score:4, Insightful)
On the other hand this may another example of unintended consequences. Auto mechanic is a decent job, especially if you're working for the city. A large decrease in maintenance means a large decrease in work. I'm not saying we should break windows to make jobs, but we need to think about the consequences.
Repair shouldn't be a jobs program (Score:3)
EVs seem to need a _lot_ less maintenance. If nothing else that'll push businesses and governments to move to them.
And consumers too. Would you rather buy a car that gets worse fuel economy, has far higher maintenance costs, requires constant maintenance of toxic fluids, accelerates slower, is noisy and emits lots of nasty fumes? Sounds like a no brainer to me if the cost to purchase is even close. EVs have some technical issues and infrastructure to work out for long distance travel but even as they stand already they are just simply better in almost every way that matters.
On the other hand this may another example of unintended consequences. Auto mechanic is a decent job, especially if you're working for the city. A large decrease in maintenance means a large decrease in work. I'm not saying we should break windows to make jobs, but we need to think about the consequences.
Yes there probably will be a drop in the ne
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Would you rather buy a car that gets worse fuel economy, has far higher maintenance costs, requires constant maintenance of toxic fluids, accelerates slower, is noisy and emits lots of nasty fumes?
For a small subset of the population, the noise is more important than anything else. Until they come out with EVs with exterior speakers that make thunderous vroooom sounds, those folks are never going to give up their motorcycles, trucks, and muscle cars.
And before you laugh and say that that's not a thing, remember that Ford has occasionally faked its engine noise [pocket-lint.com] to make customers happy.
Vroom vroom (Score:2)
For a small subset of the population, the noise is more important than anything else. Until they come out with EVs with exterior speakers that make thunderous vroooom sounds, those folks are never going to give up their motorcycles, trucks, and muscle cars.
Oh I'm aware but if they want to do that they can take them to the racetrack where they can let their inner 6 year old out to play to their hearts content. The rest of us don't need the noise pollution from their smog machines.
I don't think they'll have a choice (Score:2)
Also, if the sales of Harleys are anything to go by the younger set couldn't care less about big, noisy vehicles. Barring a complete reinvention HD is going to go tits up after the boomers are gone.
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Most mechanics don't seem to spend most of their time building engines or transmissions, and hybrids will hang around for a while. It would be interesting to find out what percentage of jobs are actually threatened by electrification. Most of the car is still there, and the majority of engines and transmissions are now fairly reliable, so I just don't feel like it's going to unemploy as many mechanics as is commonly seemingly implied. There might be enough new vehicles added due to ridesharing services that
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It would be interesting to find out what percentage of jobs are actually threatened by electrification.
I look at it from a different perspective.
I think EVs will crush mechanic employment.
Training to be an electric vehicle "mechanic" will be much more straight forward and almost assembly-line-like, as opposed to the years of black magic "arts" of ICE mechanics.
The thing will be the threshold at which most people will be driving EVs.
I don't think it be the majority for another 10+ years, especially in rural and remote areas.
I didn't say it should (Score:2)
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but we still need to consider the social and economic impacts of laying off a large number of mechanics.
It will happen over decades, and is already well underway. Cars today are way more reliable than a generation ago, with fuel injectors instead of carburetors, and electronics replacing mechanical distributors.
Most people that would have otherwise become mechanics are already doing something else.
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"On the other hand this may another example of unintended consequences. Auto mechanic is a decent job, especially if you're working for the city. A large decrease in maintenance means a large decrease in work. I'm not saying we should break windows to make jobs, but we need to think about the consequences."
Ah, those poor whipmakers arguments again. They'll have to adapt like the blacksmiths and stable renters did.
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It also has regen braking so I can drive the entire distance to work and not have to touch the brake pedal much if at all so brakes aren't going to wear out very quickly either with reasonable driving.
A relative of mine bought a Tesla a while back.
She had a model 3? for a weekend to drive around.
I took it for a spin and it was amazing.
The regen braking thing was like "wow, it's like a golf cart!"
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I've not driven a Tesla. Can you turn that feature off? I want no pedal to mean 0 torque, not some factory-defined amount of negative torque.
Now, if I'm on cruise control and going down a hill, and regen can be applied to keep me from speeding up, sure, that's fine. But I want to hit the brakes if I want active decel; I don't want active decel when I'm not touching an input pedal.
Caveat: It depends on how aggressive it is - if it's effectively the same as pedal-lift engine braking that would be acceptable.
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I have test-driven a few EVs, and they all had several levels of regen. Changing it was easy on two of them (Chevy Bolt and Hyundai Kona), I think it was a menu item on the Jaguar I-Pace.
Think of it like a manual shift ICE. In low gears (high regen), you slow quickly when you let off the pedal. In high gears (low regen), you'll still slow down, but it's more gradual.
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I read the article to be sure I was correct in what I highlighted above. This is California, which has it's share of natural disasters(earth quakes anyone?). One location? Not good planning where earth quakes occur on a regular basis. All your eggs in one basket? Just saying, should be more then one location.
Other than that, I think it is a great idea.
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Just saying, should be more then one location.
It's 7% of demand, and only counting one city. Just build the next 13 at other locations.
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This is a question only. Would this be the only source for energy for that city, or is it just one of many sources of energy for that city. Where I am going with this. A city of that size to lose all power would still be a major problem. Not knocking what you said, just trying to work out how everything would be distributed.
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I think you will be better served by looking up how electricity grids work, rather than me trying to explain it to you.
Alternatively, just trust me that losing one generator that size is a solved problem in any half-decent grid. The size in this case being 400MW solar and 400MW battery. Even assuming they can be combined, which I would expect that they cannot, that is still only 800MW. Certainly not an unusually large power plant, if anything it is a bit on the small side. Surely you don't demand that they
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The solar system reports a problem and a contrator drives out to that one location?
Thats some drive.
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Shift work for decades looking after coal, gas, hydro, nuclear projects was great all over the USA.
Decades of on site work keeping everything working.
The huge battery works until it is replaced?
The solar system reports a problem and a contrator drives out to that one location?
Thats not decades of work for a lot of people.
I'll be sure to tell that to the president of the telegraph workers union.
oh and also - Solar fields require regular maintenance.
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Unions being protectionist about jobs does nobody any favours. They should instead be understanding that technology changes and helping their members plan for the future, gain new skills, keep themselves employable.
But that would be helping the employees, not the entrenched union leadership that are growing rich from the existing industries and membership.
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A robot could drive along, unplug, place and replug? A human then inspects the work and approves?
Automate the process as much as you like but the issue remains that solar power takes far more area, far more labor, and far more resources than nuclear power for the same energy output.
The sites in use are not the "area of West Virginia"
An individual site would not be the size of West Virginia, the total area required to get enough sunlight to provide the energy we need in the USA to maintain our economy would have to be something close to this size. It might not be exactly the size of West Virginia but it would be on that order of magnitude. Maybe it wou
7 minute abs (Score:2)
Oh sure 8 minutes sounds good till someone comes along with 7 minute solar energy.
"reliable" power (Score:3)
It's sounds like progress, but LA's real cost cutting appears to be as much the union as much as the gas. If everything goes to plan, without further subsidies.
Really? (Score:2)
I dunno... is it me?
If they are paying the cheapest-ever price, is that an indication that such power isn't very much in demand? Like, it's hard to deal with that stuff and it can't fulfill our needs properly, but sure, we'll sling you a few pence for it.
If they needed it, they'd be paying more, wouldn't they? What are they paying the nuclear guys? How much of that is paid by subsidy or purely to get green credentials? (i.e. we'll buy your power for the carbon credits so we don't get fined more, but won'
Re:Really? (Score:4, Informative)
If they are paying the cheapest-ever price, is that an indication that such power isn't very much in demand?
Computers are much, much cheaper than they were 30 years ago. That must be an indication that there isn't very much demand for them.
As companies get better at producing something, or they scale their operations, it typically becomes cheaper for them to produce their products. Selling at lower prices is what attracts new customers and generates new business. It's scarcely surprising that this would happen in the energy sector or that it would apply to solar energy just as readily as other forms.
Perhaps the only reasonable point you bring up is whether this is being subsidized or not, in which case it may not be cheaper than some alternativies.
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If they are paying the cheapest-ever price, is that an indication that such power isn't very much in demand?
It's cheap because it's cheap to produce. They're undercutting the other power producers.
The power meets the spec for going onto the grid and given the nature of the power production, it's unlikely to be "dirty". It's not like a spinning part could get a bit out of sync when you don't have any spinning parts.
If you've got some new physics where solar + battery somehow produces "bad" electricity, you should publish and collect your Nobel.
If they needed it, they'd be paying more, wouldn't they?
Are you operating under the illusion that there is a severe electrici
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Way more. Several years ago they were paying something like 0.13 per kwh, but I haven't looked at any current deals. There's a reason the only nuclear plant in the area is shutting down.
Are you talking about Diablo Canyon or San Onofre?
AFAIK, Diablo Canyon isn't shutting down. San Onofre had major turbine issues and the plant was too old to fix.
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AFAIK, Diablo Canyon isn't shutting down
Scheduled to shut down in 2024 and 2025.
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If they are paying the cheapest-ever price, is that an indication that such power isn't very much in demand?
It's cheap because it's cheap to produce. They're undercutting the other power producers.
The power meets the spec for going onto the grid and given the nature of the power production, it's unlikely to be "dirty". It's not like a spinning part could get a bit out of sync when you don't have any spinning parts.
If you've got some new physics where solar + battery somehow produces "bad" electricity, you should publish and collect your Nobel.
If they needed it, they'd be paying more, wouldn't they?
Are you operating under the illusion that there is a severe electricity shortage going on? 'Cause that hasn't been true since Enron created one a long time ago.
They're paying less because they already had sufficient electricity, and a new competitor has to price themselves low enough to break in to the market.
It's cheap for multiple reasons. The cheapest unsubsidized utility-scale solar for 2018 [lazard.com] was noted at 3.6 cents per kWh. For utility-scale solar + lithium storage [lazard.com] that cost is 10.6 cents per kWh. I wouldn't be surprised if Los Angels or California were subsidizing renewable energy sources though, as it's a pretty common thing to do.
Timing issues also affects the low price of solar when compared to other energy sources, as solar plants have the pattern of producing a lot of electricity at the same time, durin
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Nuclear in the US seems to gets very little in subsidies
Only when you continue the fiction of waste disposal costing $0.
That's a massive subsidy for nuclear power plants, since it costs a lot of money to make a 100,000-year storage location. But it's not a literal line item in a current annual budget, so people pretend it costs $0.
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Nuclear in the US seems to gets very little in subsidies
Only when you continue the fiction of waste disposal costing $0.
That's a massive subsidy for nuclear power plants, since it costs a lot of money to make a 100,000-year storage location. But it's not a literal line item in a current annual budget, so people pretend it costs $0.
Storage locations like Yucca Mountain?
Yea, whatever happened to that place...?
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Every nuclear plant has to put aside a certain percentage of revenues [nei.org] (dictated by the NRC) to cover storage and decommissioning costs. It's baked into the production costs. In fact, that's one of the big issues with the early decommissioning of Diablo Canyon - the costs of decommissioning will not be fully recouped because it's being terminated much too early (and the trust fund did not get a chance to fully capitalize).
Do solar and wind farms also charge for decommissioning costs?
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That only deals with short-term storage. Permanent storage was taken on by the federal government and is not funded by the plants.
Do solar and wind farms also charge for decommissioning costs?
Since they don't cost billions of dollars to do, there's no need to ensure the company doesn't skip out on it. 'Cause even if they do skip out, it's cheap to "decommission" a solar installation.
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Permanent storage was funded by a surcharge on nuclear-generated power [wikipedia.org], meaning the nuclear plants were paying for it. Even though the vast majority of waste was military - not generation based. So the nuclear plants paid for short AND long term storage.
So nuclear pays for decommissioning AND long-term storage. Yet solar and wind do not pay for any decommissioning. Seems they're getting a nice, free ride...
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Permanent storage was funded by a surcharge on nuclear-generated power [wikipedia.org], meaning the nuclear plants were paying for it.
They were charged a fee that doesn't come anywhere near to the long-term costs. Hence, short-term.
Yet solar and wind do not pay for any decommissioning. Seems they're getting a nice, free ride.
Decommissioning a nuclear power plant costs $4 billion. (Diablo Canyon forecast). How much do you think it costs to "decommission" a solar plant?
Hint: It doesn't reach millions.
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They were charged a fee that doesn't come anywhere near to the long-term costs. Hence, short-term.
Citation needed, because that is directly opposed to the link I provided.
Decommissioning a nuclear power plant costs $4 billion. (Diablo Canyon forecast).
Yes, and it was to be paid for by a fund from operation. Shutting down early runs the risk the fund may not have enough money. But it was paying for itself.
How much do you think it costs to "decommission" a solar plant?
Hint: It doesn't reach millions.
Citation needed - and you need hundreds of such plants to equal one nuclear power plant.
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It's uneconomical. It can't even make the electricity cheaply enough to be competitive, and that's before you consider the massive subsidies it's getting like free unlimited insurance and security.
You were moaning about solar being too expensive a decade ago. Now when the shoe is on the other foot and it's nuclear that is looking pricey suddenly it's "political reasons".
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You mean the one sitting like 20 yards off a severely eroded coastline? The one that PG&E has been having to take "anti erosion measures" for years to keep going? You mean the one that is like 50 mile from the San Andres fault line? That one?
Yeah, purely political reasons.
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Re: Really? (Score:2)
Hmmm. Nuclear plant that's about to slide into the ocean, or some windmills outside town where i can't see them.... What to do, what to do...
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Electrons are homogenous (Score:2)
If they are paying the cheapest-ever price, is that an indication that such power isn't very much in demand?
Electrons are electrons. Nobody buying them cares how they were generated and there is no difference between them. So if they are paying a cheap price it's because it's cheap to produce or someone is subsidizing it. Has nothing to do with lack of demand.
If they needed it, they'd be paying more, wouldn't they?
Only if that was the only available option and demand exceeded supply. Adding supply tends to depress prices, not raise them.
And if the cheapest price is being paid - how profitable is that solar plant?
Can't say but it has nothing to do with the price being paid. The amount you pay for something and what it costs to make it are
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I dunno... is it me?
If they are paying the cheapest-ever price, is that an indication that such power isn't very much in demand?
No, its an indication that this is just a vaporware project, with an agreement that doesn't commit them to actually build unless PV and storage prices get low enough.
Great government deal, One does wonder? (Score:3, Insightful)
Just my 2 cents
ignore the future if you dare (Score:2)
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The solar panels are the future. The batteries, not so much. Who signed off on this and why didn't they shove it back in their faces?
Producing lithium batteries is ...not easy. It's resource-constrained on lithium. Besides that, it's expensive as hell.
So on one hand you have natural gas. You're going to use more natural gas during the day, store electricity in batteries, and then use less natural gas at night. Why not just use more natural gas at night and less during the day, and skip the loss of
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Yes, because the storage can be like, hugely hot. It can be gigawatt-hours of energy and contribute tens of megawatts of power.
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The solar panels are the future. The batteries, not so much.
This is the present, where we live.
So on one hand you have natural gas. You're going to use more natural gas during the day, store electricity in batteries, and then use less natural gas at night. Why not just use more natural gas at night and less during the day, and skip the loss of battery storage?
The batteries can charge from solar during the day, and the nuclear base load that so many slashdotters love so well at night. More natgas means more fracking. Californians are not pro-fracking.
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They aren't eliminating all natural gas yet. The solar isn't supplying 100% of power during the day. That means by charging batteries during the day, rather than simply slowing down natural gas burn, you're losing energy and burning more natural gas.
They also have hydro that's acting as pumped hydro (they had to dump a lot of excess pumped hydro a couple years ago in Washington), which is storage.
Batteries are the worst form of storage, second only to mainsprings.
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Same goes for the car companies that pin their entire business on pickup trucks that get 11 mpg. Lookin at you, most American car makers. The American manufacturers are going to go through another dark ages where they find themselves 15 years behind the competition. This happened in the 70's and 80's where US cars were absolute crap because the US companies had gotten SUPER complacent.
This did happen in the 70s and 80s, but it's not going to happen now, because the US companies are producing their vehicles all over the world, and/or they aren't really US companies any more. Granted, GM pulled out of Europe, and that's a thing, but they haven't stopped making advanced vehicles (nor have they pulled out of China.) As part of FCA, Chrysler isn't really American any more. While they are primarily selling Jeeps, pickups, and muscle cars here in the US, their full-sized van is now a Fiat, and
Replace vineyards with solar farms (Score:2)
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California needs to replace all those vineyards with solar farms. Making wine? What a waste of space.
I am not a wine drinker, but I recognize that lots of people like it. I don't like sour beer either, but that seems to be the hip shit now. If I wanted sour booze... I'd drink wine.
However, warming is making Napa county weather less desirable for grapes, and production is heading north (immediately to Lake county, but also to Oregon) so maybe they should do some upscale housing developments with mixed solar.
Re: Replace vineyards with solar farms (Score:2)
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vast tracts of flat barren desert
I love driving through the Mojave desert. It's a fantastic place, and far far nicer than fucking vineyards. I've driven through them on three continents and they've never remotely the Mojave, the Sahara or the Australian Outback.
I hope they hide these shitty solar farms well out of sight.
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Why cover the fertile parts with panels when there's massive deserts?
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well, a lot of the "fertile parts" are just desert made to grow from aquifer water... of course, desalinating ocean water would be a perfect solar application too
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California needs to replace all those vineyards with solar farms. Making wine? What a waste of space.
Right, because nothing says "green" like acres of aluminum, glass, concrete, and steel.
I'm thinking that this fascination with solar power is going to get us all killed.
I wonder what they're paying for panels. (Score:2)
I wonder what the solar company is paying for panels.
$0.033 / kw hr / 1000 watthours / kw hr * 365.25 days / year * 5 solar hr / day ~= $0.0603 / panel watt year.
At $0.33 / panel watt that's about 5 1/2 years production to pay back just buying the panels.
Yeah, it's in the ballpark of a viable business, at current interest rates and with panels that last 20 years.
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What happens to those batteries once they're spent?
They're recycled, just like any other battery technology.
And what's the environmental damage to this piece of real estate they plowed under to set up acreages of solar panels?
Way less than the environmental damage to build a nuclear plant. For example, it doesn't require covering acres of land with concrete.
How long do these batteries hold their charge anyway?
Well, if you go to all the massive trouble of reading TFSummary, you'll see this particular plant expects to store power for 4 hours per day. It's not a 24-hour-a-day plant. That's why the story isn't "LA is no longer buying any electricity from gas plants". This roughly is the solar equivalent of a peaking plant.
It the leftists were truly serious about reducing a carbon footprint, they'd support nuclear energy
No
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I still think nuclear could play a role in reducing carbon emissions, but that role shrinks with every passing year as the nuclear industry stagnates and alternative technologies improve.
Had we decided to tackle climate change in the 90s when the scientific consensus had been established, we'd have had little choice but to invest in nuclear in a big way. Nuclear power plants are most economically operated as base load plants; coal power plants have even more limited load following capabilities, so it would
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Had we decided to tackle climate change in the 90s when the scientific consensus had been established, we'd have had little choice but to invest in nuclear in a big way.
Solar was viable in the 70s. PC panels back then could pay back their energy investment in less than 7 years, with an expected 20 year lifetime. Pre-2000 panels degraded at approximately 0.5% of rated capacity per year (Post-2000 panels, approx. 0.4%) and so those panels could still be producing power today with losses in the low twenty percent range. Solar has been the right answer since it was developed.
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Had we decided to tackle climate change in the 90s when the scientific consensus had been established, we'd have had little choice but to invest in nuclear in a big way.
Well now, you know who you can thank for not tackling anything in the 90s, right? [medium.com]
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Way less than the environmental damage to build a nuclear plant. For example, it doesn't require covering acres of land with concrete.
Diablo Canyon has a 12 acre site for 9% of California's electrical power supply. That's not much land - a square that is just 722 feet on a side.
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The damage isn't just the covered land area. That's why it was "an example".
If you'd like another example, there's the hunk of land we're going to have to declare "off limits" for 100,000 years at some point.
If you'd like another example, Diablo Canyon has fucked up the ecology of the bay it uses as a heat sink.
Also, concrete is particularly bad when it comes to greenhouse gas emissions, since you're literally driving the CO2 out of stone in a kiln. If we're gonna try to talk about an environmental footpr
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If you'd like another example, there's the hunk of land we're going to have to declare "off limits" for 100,000 years at some point.
You mean because of the radiation? What radioactive elements specifically pose a hazard for this long? I'm getting the impression you have no idea what you are talking about.
If you'd like another example, Diablo Canyon has fucked up the ecology of the bay it uses as a heat sink.
I've seen this brought up before and they knew exactly how much heat would be added to the bay when they built it. They decided against cooling towers or an artificial lake for cooling water as they considered the heating to be within acceptable margins. If the view on this damage has changed then there is still the option to put in
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"Recycle", like the way we're recycling aluminum and glass?
So...your terrible example is the two most-recycled materials on the planet, with the greatest efficiency compared to new production?
Gee, that would be terrible.
Btw, the lead in your car battery....came from another car battery.
Way less than the environmental damage to build a nuclear plant.
Only when you pretend the concrete fairy and stainless steel fairy deliver the components to that nuclear plant.
How large is a nuclear plant's footprint and how many square miles of real estate will you need to plow under for panels?
Well, Diablo Canyon nuclear power plant is 137 acres. 12 of those acres are the plant itself. This measurement doesn't account for the area of the ocean that acts as the
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But that was decades ago. We no longer have the time for it to be a solution, thanks to your delaying.
Wait, who delayed the solutions?
We don't have the time to build nuclear power plants but we have the time to wait for battery production to increase to meet demand?
What happens in 20, 30, or 40 years as those solar panels wear out and need replacement? Seems to me that if we start building nuclear power plants now then we can meet electricity demands as it grows over time, especially since in that time many existing nuclear power plants would need to be replaced.
Seems to me that you do not understand just
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Wait, who delayed the solutions?
The people insisting that climate change was not real. That wouldn't be the "leftists" in US political parlance.
We don't have the time to build nuclear power plants but we have the time to wait for battery production to increase to meet demand?
Well, it's already scaling up. And we don't need to build every single battery at one time, so ramping up is effective.
Since these are fixed installations, we also can use a much, much wider variety of battery chemistries.
And it takes much less time to train a battery factory worker than a nuclear power plant construction company worker, so scaling up battery production is far faster.
What happens in 20, 30, or 40 years as those solar panels wear out and need replacement?
What we're
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It's amazing that you nuclear fans can't quite ever quote any articles that aren't on places like medium.com or blogspot.com......almost like you can put up any sort of bullshit you'd like on those sites.
Also, I like how your "article" manages to say there's about a million more times the concrete required to build solar PV than in giant buildings made of concrete. It totally demonstrates the quality of this particular article.
But it does agree with what you want to believe, so it must be right.
It's amazing that the anti-nuclear people can't come up with an argument and so attack the messenger. Here's a quick bio of the author of that "bullshit"
https://global.oup.com/academi... [oup.com]
Ripudaman Malhotra is an organic chemist who has worked extensively in the area of energy. Though most of his 30-year tenure has focused on the processing and analysis of fossil fuels, in recent years he has devoted increasing attention to the development of biofuels and other alternative energy sources.
Dr. Malhotra is quite the expert on alternative energy. I link to his blog because he is a very intelligent and educated person that has done an excellent job in summarizing why we need nuclear power. It is not too late for nuclear power. It's too late to keep farting around with solar power and hoping we get enough ene
Re:Yet another whack job leftist solution (Score:5, Insightful)
It's hilarious how politically powerful people think environmentalists are.
It wasn't environmentalists that killed the nuclear industry, it was cheap fossil fuels. It isn't environmentalists that are killing coal, it's cheap natural gas.
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