Non Raised Floor Data Center Design Optimization

CoolSim Webinar Series___________________________FaSpring 2023
Greetings!

Just a reminder that I will be hosting another of our popular data center design webinars on Thursday May 25th at 9 AM EST. If you are not able to make that day/time, just register anyway and you will receive a link to a recording of the event.

One of the more popular data center designs today is the "non-raised floor" data center. There are a couple of reasons for this, price and performance. The price issue is fairly simple; it's cheaper to build a data center without an expensive raised floor supply plenum. But there is also the issue of performance, particularly in high density designs.

In this webinar I will be reviewing high density non-raised floor data center designs with hot aisle containment. We will be using our popular CoolSim CFD modeling application to illustrate both how to properly model these types of design, and also what to watch out for.
 
Attendees of this webinar will learn how CoolSim can be used to quickly model the thermal performance of non-raised floor data centers.

Topics covered will include:

  • How to rapidly set up and run analysis on a hot aisle contained data center.
  • How rack leakage affects the cooling performance of raised and non-raised data center designs.
  • What to consider when laying out a data center.
  • How to correlate the CFD output to "real world" situations.

For existing CoolSim users, this is a great opportunity to learn more about how to model advanced data center designs, improve airflow management, and improve energy efficiency.

For those who are not yet CoolSim users, this is a great opportunity to see how the software can be used to quickly set up a model of your data center and perform thermal performance analysis . 

We hope to see you online on Thursday May 25th at 9 AM EST for our "Non-Raised Floor Data Center Design" webinar. If you cannot make this time/day, please register anyway and a link of the recorded event will be provided to you for viewing at a later date.

Thanks,
Paul Bemis
President
Applied Math Modeling Inc