Integrated Design Lab at University of Idaho
September 21, 2021
This session will cover the role that high efficiency HRV’s play in designing and specifying high-performing Dedicated Outdoor Air systems. Several recent northwest case studies have shown whole-building savings of 40 to 60% on existing building retrofits using DOAS with high efficiency heat recovery. The current code requirements of HRVs will be contrasted with the performance of new and emerging products. High efficiency HRV’s can have a high capital cost but can generate large energy savings with increased control of cooling and ventilation. Several economic models will be presented showing financial impacts of using high efficiency HRVs in a project.
Date & Time: September 21st, 2021 – Noon to 1:00 p.m. MT
Dr. Woods is a licensed mechanical engineer who started working at the IDL as a graduate student back in 2013. His dissertation used energy models paired with weather forecasts to predict how a radiant slab should be managed to maximize occupant comfort. His current research focus is on the integration of surface temperatures into building energy management systems. Dr. Woods has taught courses in advanced thermodynamics and energy modeling. In the office, he spends his time working on energy models and estimating savings from energy upgrades; out of the office he is usually fly fishing or gardening. Dr. Woods earned his B.S. from Montana State University, his M.S. from Boise State University and his Ph.D. from the University of Idaho.
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