Public Content Library

Parallel TES Systems - In It to Twin It! 

02-20-2020 11:19

Summary

At congested campuses, operating multiple TES systems on a single thermal hydronic loop has proven key to fulfilling the storied promise of load leveling, reduced demand costs and energy use, as well as enhanced resiliency, all at a small fraction of the cost of added thermal energy production. At UT Austin, this success story is a work in progress, with early realized savings of ~6% in fuel gas consumption and over $1M annual savings, all despite nearly 2 million square feet of additional served space. Here we will discuss the ongoing efforts, struggles, and successes of such a system.

Track 4C: Thermal Energy Storage

Speakers

Roberto Del Real, The University of Texas at Austin

Nick Schroeder, The University of Texas at Austin


#CampusEnergyConference
#ConferenceProceeding
#2020
#UniversityofTexasAustin
#ThermalEnergyStorage

Statistics
0 Favorited
2 Views
1 Files
0 Shares
1 Downloads
Attachment(s)
pdf file
4C.1_Schroeder_DelReal.pdf   1.75MB   1 version
Uploaded - 02-20-2020