Data Center HVAC Systems

Data Center HVAC Systems, how they work and the different types of HVAC Equipment that is used including CRAC and CRAH units, CDU's and the difference between Air-Cooled and Liquid Cooled Data Centers.
Data centers consume a lot of energy and produce a lot of heat. Learn how HVAC systems are designed to efficiently remove this heat.
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#MEPAcademy #HVAC #Engineering

[@manojnanda7420]

The voice, tone, speed of explaining, pictorial representations are top notch. Beautifully and calmly presented.

[@MEPAcademy]

Thank you.

[@vijayand6731]

Best video available in Data centre HVAC Cooling

[@MEPAcademy]

Thank you

[@phinehasfenne]

I agree one of the better explanation of the different systems.

[@MEPAcademy]

Thanks for watching.

[@samnnamani]

Great video. Data Center HVAC systems are a converging point for a lot of Engineering disciplines - Mechanical, Electrical, Plumbing, IT Infrastructure Engineers etc

[@MEPAcademy]

You're correct. Thanks for watching.

[@bhopalcheema4902]

very Good for Learners with excellent explanation

[@MEPAcademy]

Thanks for watching.

[@davidgrisez]

Here is an interesting fact I learned from a video about the Amundsen Scott South Pole Station. There is a building that contains all the computer data center equipment. This is the only building that has to be forced cooled because of all the computer equipment in it. All other buildings and the Amundsen Scott raised station require heating all the time to keep them warm because of the extremely cold environment.

[@MEPAcademy]

Interesting Building. Thanks for sharing.

[@taylorwong6183]

Thank you for your information!😀

[@MEPAcademy]

My pleasure! Thanks for watching.

[@Investidorcoerente]

Great vídeo, thanks for help us!

[@MEPAcademy]

You/re Welcome. Thanks for watching.

[@NYC_jthunderflow]

Amazing stuff!

[@MEPAcademy]

Thanks for watching.

[@ramyemam9]

Very Good explaining video, Thank you

[@MEPAcademy]

Glad it was helpful! Thanks for watching.

[@jeronetausa755]

Excellent presentation.

[@MEPAcademy]

Thank you

[@mohamedomar208]

Very valuable information with excellent explanation

[@MEPAcademy]

Thank you

[@kskandaraaj4643]

Thank you.Well Explained.👍👍👍

[@MEPAcademy]

You are welcome

[@vnamurthy]

Well explained...thx

[@MEPAcademy]

Glad it was helpful! Thanks for watching.

[@reynoldsad7]

Awesome !

[@MEPAcademy]

Thank you.

[@vnesmuonnam]

Thank you

[@MEPAcademy]

You're welcome

[@yvravi68]

Excellent

[@MEPAcademy]

Thanks for watching.

[@doduchuan]

Great video

[@MEPAcademy]

Thanks!

[@rolandotillit2867]

Expansion shroud around the hot air outlet would increase efficiency with no moving parts.

[@MEPAcademy]

Any strategy that prevents the hot air from mixing with the cold air would be helpful.

[@rolandotillit2867]

@@MEPAcademy If you lower the back pressure from the hot side it will pull more cold air through the cold side. You already have physics working for you since hot air tends to be less dense, and lower pressure than cooler air.

[@MEPAcademy]

​@@rolandotillit2867 I believe you're talking about the typical Hot Aisle Containment Strategy as shown in the video. The hot aisle air is contained and is drawn back to the Air Handler or CRAC unit by the negative side of the fan.

[@rolandotillit2867]

@@MEPAcademy Yes! Small details like these, compound and combine to significant improvements in efficiency. Everybody wins.

[@AhmedAhmed-it9vy]

excellent explanation. may you share the PDF file for this subject

[@MEPAcademy]

Thank you. We don't currently have a PDF of this presentation.

[@gdchethan]

Excellent explanation and my topic of research is HVAC systems of data centers. Can I use these images for my thesis? Where can I get these images? is there any research article in which these images are present?

[@MEPAcademy]

Send the request to our [e-mail] and indicate what video or images and the University.

[@octaviovinoly]

Do you know what are the average outlet water temperatures from the chillers for these applications? Would water need go below 0°C?

[@jar75142]

Not below 0C. Each will be different but 5C would be a good outlet temp.

[@M-Cycle]

Indirect evaporative cooling limit of product air temperature is wet bulb. Dew-point indirect regenerative air cooling breaks this barrier and cools approaching dew-point, not wet-bulb temperature. Would MEP Academy report on it, including use case of data center cooling?

[@MEPAcademy]

Do you have something you want to submit for review, if so, please forward to [e-mail] with your request.

[@sunilduttsharma4747]

Congratulations and Complements from Wizards Design.

[@MEPAcademy]

Thank you!

[@jam62482]

❤❤❤

[@MEPAcademy]

Thanks.

[@karamvirgill8218]

noice

[@MEPAcademy]

Thanks for watching.