For who read this: always check if your idea exist, and how. I'm watching this video after asking me "peltiers works for cpu cooling?" Thanks for the information!
Hehe, that fan in the background :) . I have always wondered if it's worth running a peltier, and instead of giving it power, create power from it. Having the CPU side as hot, and the cooler as cold side with the peltier connected to the fan. The hotter the chip gets, the faster the fan runs. ( Similar to stove fans)
*Cerco un video sulle celle di peltier usate per raffreddare le cpu* 2 risultati: LTT e uno youtuber sconosciuto "Ma sì, proviamo lo youtube sconosciuto" *TH-camr inizia a parlare in inglese* "Ah, ma questo è italiano" 😂😂 In ogni caso, grazie per il video!
Peltiers become real interesting when you have free power, like from solar. You could play around and figure something nice system out. I'm definitely getting something solar going, when I move to my new dungeon.
The problem with TECs is how inefficient they are. If you have a TEC rated 300w, it usually consumes close to 400w, and you will end up with 400w+input heat on the hot side. If that huge increase in heat and energy consumption is not bad enough, if your input heat is 300w, on a 300w TEC, your dT is zero... But your output and consumption is still huge. This means your TEC capacity needs to be at least 50% higher than the input power to even make sense. Back in 2004 i was toying around with TECs on an Athlon XP 1700+, i had a 325w TEC on a little ~150-180w cpu when extremely overclocked (i think it was good for 2.55ghz, it was good for -15C under load. The watercooler i was using to cool it was dealing with about 500w of heat... Almost 3x the original input. I switched to phase change after that. My little 1/4+ compressor consumed under 125w while the CPU runned 2.8ghz at -48C.
Did you try the 500W Pelier ? I've just ordered the Cooler Master Cryo cooler ML 360 . That has a 200W Peltier in it , making the cooler inefficient for overclocked CPU's which will draw more than 200W power. I will try to replace the Peltier with a 400W one to see if I can do all cores OC on a i-10900KF. (by the way where did you find a 500W Peltier?) So ,I am curious if a over 400W peltier can do a good job for cooling big overclocked CPU's ....
Hi! I'm looking to cool the hole case with a peltier what do you think of this? I'm thinking in building a pre-chamber with the peltier and the coolside inside and flow the aire trough the case
It should be interesting to use the peltier to cool the liquid within a custom loop, lowering the temperature of the liquid. In theory it should work. If we constantly pump for example 8-10 degrees of cold water directly into the water block, instead of ambient water it should have a constant delta of 10 °. It sure isn't linear. But maybe it should be worth it. using a smaller peltier and an air cooler for the hot side and a wb for the cold side. such a video could be interesting
You need that more powerful TEC solution in order to sustain a good delta at a higher power. Also, if the goal is nT performance, then yeah this is a terrible solution haha. But for gaming? Lower power for that use means better delta means bigger thermal advantage means higher boost means higher framerate.
But at the end with 500W I can run a single stage phase change (-50° under load) and play at much higher clock 😁 one day I’ll try to build a micro phase change, maybe it works 🤔
What if I wanted to utilize a TEC cooler for a super-compact ITX build but NOT overclock my CPU and I accepted the power requirements. Say, I was able to fit a substantial PSU as well. Could I do it without instability and with success? If not, what problems could you foresee?
Yes, I'm building a bigger TEC module, but I have also issues to keep it properly cool hehe will do it at some point, probably I need to buy a big radiator like the MORA
hi i have the 3700X in 4.3MHZ and core 1.4v and max temp 72 C in 1 hour stess test with nzxt water cooler .you must cool this cpu with tec in -10 temp and oveclock again
Let’s try 😁 TEC can bring the temperature below ambient, but to make it so you need a very big one, and to cool the hot side you need a massive waterblock designed for a TEC, plus the power consumption is very high, so is not efficient at all, plus the risk of condensation forming is dangerous to the components. If you want a high performance cooler that can go below ambient or sub zero, is much better a phase change unit
For who read this: always check if your idea exist, and how. I'm watching this video after asking me "peltiers works for cpu cooling?"
Thanks for the information!
Can't wait for you to OC the heck out of the new Zen 3 CPUs. 😄 I'd love to see also the gains after memory tuning.
Awesome, a DIY version of what LTT was hinting at with the EK prototype. Thanks for the cool and informative video!
I know, I know... the audio is messed up... won't happen again 😅
Hehe, that fan in the background :) .
I have always wondered if it's worth running a peltier, and instead of giving it power, create power from it. Having the CPU side as hot, and the cooler as cold side with the peltier connected to the fan. The hotter the chip gets, the faster the fan runs. ( Similar to stove fans)
Cool to see you back, cant wait for the new videos!
*Cerco un video sulle celle di peltier usate per raffreddare le cpu*
2 risultati:
LTT e uno youtuber sconosciuto
"Ma sì, proviamo lo youtube sconosciuto"
*TH-camr inizia a parlare in inglese*
"Ah, ma questo è italiano" 😂😂
In ogni caso, grazie per il video!
Awesome to see you made a video on this :)
Welcome back Max! good to see you again
Peltiers become real interesting when you have free power, like from solar. You could play around and figure something nice system out.
I'm definitely getting something solar going, when I move to my new dungeon.
Or you could use the heat generated from the peltier to generated energy and recycle energy
The problem with TECs is how inefficient they are.
If you have a TEC rated 300w, it usually consumes close to 400w, and you will end up with 400w+input heat on the hot side.
If that huge increase in heat and energy consumption is not bad enough, if your input heat is 300w, on a 300w TEC, your dT is zero... But your output and consumption is still huge.
This means your TEC capacity needs to be at least 50% higher than the input power to even make sense.
Back in 2004 i was toying around with TECs on an Athlon XP 1700+, i had a 325w TEC on a little ~150-180w cpu when extremely overclocked (i think it was good for 2.55ghz, it was good for -15C under load. The watercooler i was using to cool it was dealing with about 500w of heat... Almost 3x the original input.
I switched to phase change after that. My little 1/4+ compressor consumed under 125w while the CPU runned 2.8ghz at -48C.
Did you try the 500W Pelier ?
I've just ordered the Cooler Master Cryo cooler ML 360 . That has a 200W Peltier in it , making the cooler inefficient for overclocked CPU's which will draw more than 200W power.
I will try to replace the Peltier with a 400W one to see if I can do all cores OC on a i-10900KF. (by the way where did you find a 500W Peltier?)
So ,I am curious if a over 400W peltier can do a good job for cooling big overclocked CPU's ....
Hi! I'm looking to cool the hole case with a peltier what do you think of this? I'm thinking in building a pre-chamber with the peltier and the coolside inside and flow the aire trough the case
The main idea is too cool 2 vga and a ryzen
I am into using polyurethane foam to isolate pc walls case so that i am building a small fridge out of it.
plus the pump out effect of a 50 degree jump
very good
It should be interesting to use the peltier to cool the liquid within a custom loop, lowering the temperature of the liquid. In theory it should work. If we constantly pump for example 8-10 degrees of cold water directly into the water block, instead of ambient water it should have a constant delta of 10 °. It sure isn't linear. But maybe it should be worth it. using a smaller peltier and an air cooler for the hot side and a wb for the cold side. such a video could be interesting
Do you plan testing new GPUs in WoW? like rtx 3080 ?
Sure I will, as soon as I can have one hehe
You need that more powerful TEC solution in order to sustain a good delta at a higher power.
Also, if the goal is nT performance, then yeah this is a terrible solution haha. But for gaming? Lower power for that use means better delta means bigger thermal advantage means higher boost means higher framerate.
But at the end with 500W I can run a single stage phase change (-50° under load) and play at much higher clock 😁 one day I’ll try to build a micro phase change, maybe it works 🤔
@@HardwareNumb3rs Update: You should review the EK-Intel CryoCooler.
@@chapstickbomber I ask them one to review, let’s see if they can send one 🙂
Random question, is that multimeter from aliexpress or similiar place? :D
What if I wanted to utilize a TEC cooler for a super-compact ITX build but NOT overclock my CPU and I accepted the power requirements. Say, I was able to fit a substantial PSU as well. Could I do it without instability and with success? If not, what problems could you foresee?
Can you create a thermoelectric vs liquid cooling for cpu video comparison
Yes, I'm building a bigger TEC module, but I have also issues to keep it properly cool hehe will do it at some point, probably I need to buy a big radiator like the MORA
Why don't you try using peltier to cool the case air rather than direct CPU.
That would be very ineffective, the chain of elements would be too long and the efficiency will be poor, probably the gain will be imperceptible
You could freeze some DIMMs really well with that TEC.
Cool video.
hi i have the 3700X in 4.3MHZ and core 1.4v and max temp 72 C in 1 hour stess test with nzxt water cooler .you must cool this cpu with tec in -10 temp and oveclock again
Geek bench test with peltire and see magic in your smartphone
Small phase change system consumes only less than 60 watt and can transfer much more heat from the block. Peltiers won't work.
Ciao ce un modo per farlo funzionare su amd
dont peltier the cpu side.. my thought of adapting peltier on pc is that it should be on the reservior side or running along hard tube lines..
First
Dammit!
can I get a short summary? instead of watching 24 min long video?
Let’s try 😁 TEC can bring the temperature below ambient, but to make it so you need a very big one, and to cool the hot side you need a massive waterblock designed for a TEC, plus the power consumption is very high, so is not efficient at all, plus the risk of condensation forming is dangerous to the components. If you want a high performance cooler that can go below ambient or sub zero, is much better a phase change unit
cool, thanks