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Description:
 

Thermal Energy Storage Systems (TES) are gaining popularity as a way to mitigate peak energy use. This lecture will explore the use of things like ice-storage and ponds to minimize chiller and boiler use. This technology can be paired with ground-source heat pumps, radiant systems, and natural ventilation. Idaho typically has large temperature swings between the high and low temperatures (sometimes up to 30 F), which makes our state especially suited to shifting when heating and cooling equipment should operate. By understanding more about TES, engineers and architects alike can design unique configurations that can increase efficiency and enhance resiliency in their buildings.

Learning Objective 1
After attending this program, participants will be able to define what Thermal Energy Storage is and how it can be used in design.
Learning Objective 2
After attending this program, participants will be able to understand the parameters for sizing a system.
Learning Objective 3
After attending this program, participants will be able to identify whether a project is a good candidate for TES.
Learning Objective 4
After attending this program, participants will be able to estimate peak energy savings from using a TES.
Learning Units
1
Course Approval
Course Expiration
Course Status
Renewing
AIA Course Number
IDL2023009

Damon Woods

Position: Director - Assistant Professor

Degree Track: B.S., M.S., & Ph.D Mechanical Engineering

Services: P.E., Energy Modeling, Teaching Engineering Basic/Advanced topics and Software, and Technical Design Assistance.

Years with the Lab: 8

Contact Information: 208.364.4621 | dwoods@uidaho.edu

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.