I spent many hours this past summer watching my son play lacrosse and couldn’t help thinking about how the team sport of lacrosse is similar to the team sport of design and construction. I’m sure this is analogous to the other team sports that move an object up and down a rectangular field, court, or rink, but this is how I see its comparison with lacrosse.
Since energy efficiency is a big part of what this industry pursues on behalf of society at large, I always like to see examples of what companies and firms are doing internally to conserve resources. This month, A.O. Smith celebrated progress on that front at its plant in McBee, SC.
The application of energy recovery units allows for the ability to do total heat recovery and recover both sensible and latent heat from an exhaust air stream, using that heat to pre-condition outdoor air required for building ventilation.
We’ve got something cool that is a little out of the ordinary this month, so I’m going to hand over the bulk of the page to ES authors Robert Bolin, P.E., HBDP, LEED Fellow; and Andrew Reilman, P.E., HBDP, LEED AP BD+C. Bolin is a Senior Vice President and National Director of High Performance Solutions for Syska Hennessy Group, based in their Chicago office.
Read about various examples — from a 40,000-sq-ft raised-floor environment to a 5,000-sq-ft facility within a facility — to get a good view of the battlefield and make your next campaign against heat and inefficiency a little smarter.
The range of HVAC design options associated with the various types of data centers has expanded and evolved over the past 30 years in order to keep pace with the wide array of server transformations and deployment strategies.