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Summary

Stanford University case study showing 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 to one of world leading low temperature hot systems and chilled water 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 as a decision support tool. Real-time hydraulic modeling is used for the day-to-day operational management, troubleshooting, engineering, planning for changes and additions of new buildings. The investment of real-time hydraulic modeling solution has paid itself back in less than 24 months. This case study presentation is a hands-on experience and includes demo to serve as an inspiration for all utilities interested in transforming their energy systems and to improve the efficiency of their energy systems.

Session 6B: Design, Modeling & Optimization for Performance

Speakers

Dan Arellano, Stanford University
Thomas Lund-Hansen, Reliability Efficiency & Optimization LLC