Save The Planet
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Generating an image of a girl with 5 tits takes like 400W running for a minute. Yet another post showing people who have no idea how AI works, why it uses electrical power and how much power it uses.
A minute? Wtf kind of model are you running for it to take that long? Are you trying to generate a 16k image or something?
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1 prompt is avg 1Wh of electricity -> typical AC runs avg 1,500 W = 2.4 seconds of AC per prompt.
Energy capacity is really not a problem first world countries should face. We have this solved and you're just taking the bait of blaming normal dudes using miniscule amounts of power while billionaires fly private jets for afternoon getaways.
They are blaming the billionaires (or their companies), for making the thing nobody wanted so they can make money off of it. The guy making a five-breasted woman is a side effect.
And sure, that one image only uses a moderate amount of power. But there still exists giant data centers for only this purpose, gobbling up tons of power and evaporating tons of water for power and cooling. And all this before considering the training of the models (which you better believe they’re doing continuously to try to come up with better ones).
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A minute? Wtf kind of model are you running for it to take that long? Are you trying to generate a 16k image or something?
I'm generalizing for people who don't know how long it takes or how much power it uses. The point is a 3.2kW AC will take a lot more power than a PC generating a picture, going further, training the model will take less power than the millions of ACs people use and try to justify as "but AI uses power, and so can I!"
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Peak load of households is not during peak solar power generation. Households installing pv isn't a solution to what you described.
Today, you could also use a battery to buy power during mid day and use it in the evening when you need it the most.
wrote on last edited by [email protected]In moderate climates in the US, peak loads are typically the hottest and sunniest hours of the day since condenser units are the most energy-hungry appliance in most homes. Clouds notwithstanding, peak solar generation would typically align (or closely align) with peak load time.
Batteries would also help a lot - they should definitely be subsidizing the installation of those as well but unfortunately they aren't yet (at least not in my state).
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They are blaming the billionaires (or their companies), for making the thing nobody wanted so they can make money off of it. The guy making a five-breasted woman is a side effect.
And sure, that one image only uses a moderate amount of power. But there still exists giant data centers for only this purpose, gobbling up tons of power and evaporating tons of water for power and cooling. And all this before considering the training of the models (which you better believe they’re doing continuously to try to come up with better ones).
nobody wanted according to whom? It's literally the most used product of this century stop deluding yourself.
All datacenters in the world combined use like 5% of our energy now and the value we get from computing far outweighs any spending we have here. You're better off not buying more trash from Temu rather than complain about software using electricity. This is ridiculous.
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A 12000 BTUs inverter split system at peak capacity requires less than 1500 W to run. After it reaches equilibrium it drops the power requirement significantly.
ok so 5 seconds of AC then? my point still stands.
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more than double what it would cost at market rate
I definitely paid more for labor than for materials. My payoff time is about 13 years with a Tesla Powerwall 3, maybe a bit less now that I have an EV. I had a team of 4 guys plus an electrician here for about five days.
I did go with a slightly more reputable company that charged slightly more, but I would have gone elsewhere if it was a huge difference.
Maybe I should get around to making a post in [email protected] or something, even though it isn't very punk.
I'm factoring in labor. It was an extremely bad deal - they were praying on the fact most home owners do not have familiarity with solar installation pricing.
Like I said, I would love to still do it on my own, but it just doesn't make sense for our household.
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Only because of brute force over efficient approaches.
Again, look up Deepseek's FP8/multi GPU training paper, and some of the code they published. They used a microscopic fraction of what OpenAI or X AI are using.
And models like SDXL or Flux are not that expensive to train.
It doesn’t have to be this way, but they can get away with it because being rich covers up internal dysfunction/isolation/whatever. Chinese trainers, and other GPU constrained ones, are forced to be thrifty.
And I guess they need it to be inefficient and expensive, so that it remains exclusive to them. That's why they were throwing a tantrum at Deepseek, because they proved it doesn't have to be.
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If your meeting requires you to go to the Bahamas, so be it. But there are doctors and nurses that have been travelling around the world, educators that travel, carers, archeologists. Yes, some will attempt to game the system, but there's a lot of good people doing vital work that need to travel.
Man, this is one I've tried to wrestle with multiple times. I feel like there are monumental benefits to trans-Atlantic/trans-Pacific recreational flights (really just most long international flights). Banning those would almost certainly increase feelings of isolation, and probably make the already-rampant xenophobia plaguing the world even worse. There really aren't viable alternatives to flying for getting across a multi-thousand-mile-wide ocean - boats are too slow for the average person, and building trains over the ocean is impractical. Maybe the focus should be on making planes more environmentally friendly, instead of outright banning them?
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nobody wanted according to whom? It's literally the most used product of this century stop deluding yourself.
All datacenters in the world combined use like 5% of our energy now and the value we get from computing far outweighs any spending we have here. You're better off not buying more trash from Temu rather than complain about software using electricity. This is ridiculous.
wrote on last edited by [email protected]Nah dawg im pretty sure the most used product this century is food.
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Look, we don't mind if you want to make a picture of a dude with five dicks, as an exercise in equality
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our city’s solar electric subsidy program
It sounds like there's two different things there. There's a solar installation (hardware, etc.), and there's likely some kind of net metering program (where they pay you or give you credit for electricity you generate). That paragraph sounds like the first, but the phrase sounds like the second.
You shouldn't have to go through them for the solar installation, if your conditions accommodate it. Granted, the conditions don't apply to everyone. You'll want to have a suitable roof that ideally faces south-ish, own your home, and plan to stay there for at least 10 years. In the US, you also kind of need to get it done within this calendar year, which is a rough ask, before the federal 30% tax credit goes away. But maybe you can find an installer that isn't trying to scam you quite as much.
(It's early and cloudy today.)
Your HA dashboard derailed this conversation for me. lol.
I would love to know more about the equipment you are using to push this info into your HA.
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In moderate climates in the US, peak loads are typically the hottest and sunniest hours of the day since condenser units are the most energy-hungry appliance in most homes. Clouds notwithstanding, peak solar generation would typically align (or closely align) with peak load time.
Batteries would also help a lot - they should definitely be subsidizing the installation of those as well but unfortunately they aren't yet (at least not in my state).
This is incorrect. Look up the “duck curve” or if you prefer real-world examples look at the California electricity market (CAISO) where they have an excellent “net demand curve” that illustrates the problem.
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Nah dawg im pretty sure the most used product this century is food.
the most used product of this century is actually your momma
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Which is why the "let them work correctly" part. It gets completely botched over and over again
Please explain what you mean by "letting them [prices?] work correctly".
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1 prompt is avg 1Wh of electricity -> typical AC runs avg 1,500 W = 2.4 seconds of AC per prompt.
Energy capacity is really not a problem first world countries should face. We have this solved and you're just taking the bait of blaming normal dudes using miniscule amounts of power while billionaires fly private jets for afternoon getaways.
A lot of things are solved, but capitalism means that we need a profit motive to act. World hunger is another good example. We know how to make fertilizer and how to genetically alter crops to ensure we never have a crop failure. We have trains and refrigeration to take food anywhere we want. Pretty much any box that we need to check to solve this problem has been. The places that have food problems largely have to do with poverty, which at this point is a polite way to say "I won't make money, so I am okay with them starving"
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Man, this is one I've tried to wrestle with multiple times. I feel like there are monumental benefits to trans-Atlantic/trans-Pacific recreational flights (really just most long international flights). Banning those would almost certainly increase feelings of isolation, and probably make the already-rampant xenophobia plaguing the world even worse. There really aren't viable alternatives to flying for getting across a multi-thousand-mile-wide ocean - boats are too slow for the average person, and building trains over the ocean is impractical. Maybe the focus should be on making planes more environmentally friendly, instead of outright banning them?
The thing is tourism does more damage than good, hence saying frig recreational flights. If people are determined to travel, make them sign up to educational holidays.
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Yes, yes you will. But you (and other people like you) running your AC contributes more power draw than the boogeyman AI does. The point is "limit your AC usage" is valid and saying "but but but AI!!!!" isn't.
No, it's totally valid to say "Limit the AI power wastage" because it's an insanely huge waste of energy. These motherfuckers are building nuclear reactors and running illegal methane gas turbine generators to power their bullshit-generating systems because they can't get enough juice from the existing power grid.
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Please explain what you mean by "letting them [prices?] work correctly".
For starters, how much it takes for thing A to be done - that's how high a price must be. So no such thing as "Sony (or was it some other company) just casually decided that games on this platform will cost more, because fuck you" or in your case: no such thing as lobbying drops down bill by 75% while also shifting resource providing (like water) to third parties
Next - visibility: whatever I get done for me, even if I do not pay exactly for that, I should still see the price. So no such thing as free requests to LLMs, which we know cost fuck ton of resources
Next - whatever I pay, even in taxes, I decide where that money goes. So no such thing as "income tax NN%, government decides to murder children half the globe (or just a country border) away, and you go work harder to make us more money to do exactly the same thing"
There also must be a heap of other problems I do not see, but I lack education and attention to get those on my own
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This is incorrect. Look up the “duck curve” or if you prefer real-world examples look at the California electricity market (CAISO) where they have an excellent “net demand curve” that illustrates the problem.
This curve has changed somewhat since this study in 2016. More efficient home insulation, remote working, and energy-efficient cooling systems have large impact in this pattern. But assuming you have a well-insulated home, setting your thermostat to maintain a consistent temperature throughout the day will shift this peak earlier and lower the peak load at sunset, when many people are returning home. More efficient heat pumps with variable pressure capabilities also helps this a lot, too.
Given just how many variables are involved, it's better to assume peak cooling load to be mid-day and work toward equalizing that curve, rather than reacting to transient patterns that are subject to changes in customer behavior. Solar installations are just one aspect of this mitigation strategy, along with energy storage, energy-efficient cooling systems, and more efficient insulation and solar heat gain mitigation strategies.
If we're discussing infrastructure improvements we might as well discuss home efficiency improvements as well.
