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Energy Efficiency Assessment of SUNY New Paltz Engineering Hall using Computer Software Program, eQUEST
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Authors
Gangewere, Megan
O'Sullivan, Kristen
Issue Date
2017-05
Type
Presentation
Language
en_US
Keywords
eQUEST , Renewable Energy , Energy Efficiency , Engineering
Alternative Title
Abstract
An energy model of the Resnick Engineering Hall at SUNY New Paltz was replicated using the whole building energy modeling software, eQUEST. This QUick Energy Simulation Tool was utilized to create a profile of the campus building. The key energy consuming factors were input into eQUEST. Upon completion of the building profile, a breakdown of the monthly and annual energy consumption reports were generated. Since a. reverse energy analysis of an already existing building was completed, the main objective of this research was to identify where energy consumption can be reduced. A comparison between the actual utility bills and the baseline eQUEST simulations was drawn. A baseline model was developed which incorporated the building master schedule and justified assumptions about occupant usage. Comparative features on eQUEST, as well as, renewable energy options were investigated to identify potential savings. Adviser / coauthor: Dr. Kevin Shanley | State University of New York at New Paltz, Division of Engineering Programs