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With over 17 years of engineering experience McSweeney Engineering has been involved in hundreds of projects from laboratory renovations and large data center cooling system designs for thousands of computer racks to 3000 sq-ft office fit-outs.
Since starting McSweeney Engineering in November of 2008, we have been performing data center HVAC layouts and Basis of Design documents for schematic level design and pricing.
In addition to the data center work, we have performed duct system designs for a laboratory in NJ. We have designed fire protection systems for a data center client in NYC and for a condominium in NYC.
We have also performed energy analysis work for solar PV and solar hot water concepts, lighting retrofits and heating plant replacements proposals.
McSweeney Engineering has developed Data Center Concepts and Basis of Design documents for one of our Design-Build clients. We perform the load calculations and make preliminary equipment selections such as cooling towers, chillers, pumps, heat pumps and generator room ventilation systems. We have also performed PUE calculations based on bin temperatures, load calculations and energy consumption based yearly temperatures on an hourly basis over a 5 degree temperature ranges for the entire 8760 hours during the year.
The clients we have performed services for are located in New Jersey, Massachusetts, California, Colorado and Texas.
McSweeney Engineering evaluated a dry cooler low flow problem that was causing air conditioners to trip off on high head pressure. We have developed bid drawings to resolve the problem and allow for correct glycol water flow in the system. For the same client we designed a new fresh air ventilation system and a new fuel pump enclosure for the data center located in New York City.
In early 2009 we developed a DOE2 energy model using the E-Quest software to secure a design project for one of our engineering consultants. The model was of a PSEG building that contained no utility meters. We developed a baseline model and then was able to develop information that showed the 1950's era building would have had an energy star rating of 48. By reconfiguring the heat from steam to staged hot water boilers, replacing the roof and windows and replacing the window ac units with packaged ac that utilized both partial and full economizer modes as well as night ventilation the buildings modeled Energy Star rating rose to over 70. With a 70 the building would be able to meet a LEED certification prerequisite.
Why Choose Us?
McSweeney
Engineering
Engineering
1. Customers come first.
2. We do what we say
we're going to do.
3. We work to provide
energy efficient
designs.
Rooftop Air Conditioner
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Data Center Roof
Computer Room AC Unit
