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报告翻译问题
It's the reason I got a Ryzen 7 3700x (65w tdp) and not a 3800x (105w tdp)
Over the course of a year though, computers do not really have the highest impact on your electrical bill - that is going to mostly cooling / heating, water heating, and lighting
Funny thing is that it is for me. I have several PC's and by making sure they are not both on at the same time I have cut my electric bill by 30%. My lighting is really cheap because I have all LED bulbs and of course they are not on all the time. Everything else I use is gas which is a lot cheaper than electricity.
Meh ¯\_( ͡° ͜ʖ ͡°)_/¯
But yes i agree, i live in germany and with 35cent/kwh which is incredible high and my pc eats avg 850-900w while gaming. Expensive hobby.
This would usualy be my answer too.
But to be fair. Even if we assume a 1kw/hr gaming system and 40hrs/week of gametime. This is at 35ct around 56€ for the whole month in electricity. And if you have a fulltime job this almost implys gaming is ALL you do.
I don't think thats a lot in that circumstance. Especially if we consider that this would need a 4-5k gaming rig to draw that much power in the first place.
So to come back to my first line. This scenario probably excludes 99.999% of all gamers.
system.i can spend that on dinner out or 1 hour at the shooting range with ease.so compared to that.PC gaming is a very inexpensive hobby.
my2ct
RTX 3080Ti or 3090 consume more power but they're bigger & more powerful than any cards in the previous gen. Do you expect a 3000cc engine and a 5000cc engine to consume same power?
If you are concerned about your power consumption, buy mid-range cards. You won't lose anything compared to previous generations, whether it is power-efficiency or performance.
this is it! i always prefered mid-range cards, because i thought, that i wont pay that much for pc-gaming, but it is about what you want and i surely understand the people that buy highend hardware and also, for example, 1300 watts psu.
Thorium-based nuclear energy is a possible route that should be looked into since thorium produces less waste than uranium, is a more efficient nuclear source than uranium, and thorium is in much greater abundance on Earth.
There are other advantages to thorium, such as the fact that it has very low potential to be weaponised as the uranium and plutonium isotopes produced in thorium reactors are largely consumed, and the risk of meltdown is considerably lower than other types of nuclear reactors, to the point that it's more likely to have a meltdown through sabotage rather than through neglect.
The only real downside of thorium reactors is that they're outrageously expensive in the startup costs, but the benefits vastly outweigh that, and it's considered to be the key to discovering safer and cleaner nuclear power that will be efficient enough to handle pretty much all of humanity's power needs. The whole planet could be powered by thorium for as long as there's enough to go around.
I just wait for a maybe 300€ gpu at this point which will a nice upgrade over my current one
Although it seems like while the nvidia xx70 and amd x700 are really good bangs for the bucks
I feel like lower end gpus aren't that great. Especially with some amd card only having 4gb of vram.
I just feel like there is a big hole in the gpu market for people who have the most used Nvidia and amd gpus. While are the ~200-300 € cards btw