Public Content Library

Hydraulic Modeling Offline & Real-Time, A Critical Componment for Best-In-Class Design & Efficiency 

06-21-2018 12:32

Summary

Stanford University case study of the results and value of hydraulic modeling for building the business case, design and real-time hydraulic for the operational phase of a new low temperature hot water system and chilled water system. Stanford University invested $500 million in transforming their energy systems. Hydraulic modeling was a critical component in this process and Termis real-time hydraulic modeling has become a critical component to maintain top efficiency to pay back the investment.

Poster Session

Speakers

Thomas Lund-Hansen, Reliability Efficiency & Optimization


#2018
#ConferenceProceeding
#AnnualConference
#Poster
#ReliabilityEfficiencyandOptimization
#Optimization

Statistics
0 Favorited
8 Views
1 Files
0 Shares
0 Downloads
Attachment(s)
pdf file
4_Lund-Hansen.pdf   2.01MB   1 version
Uploaded - 06-21-2018