Thermodynamic Tools for Holistic Analysis and Optimization of Energy Efficient Data Centers

Sample Project:

A Chip to Cooling Tower Thermodynamic System Simulator (VTAS)

Team:

Ortega, Wemhoff, Fouladi (Villanova University)

Goals:

Build a data center thermodynamic simulator to model a system constructed from individual components (servers, racks, room, CRAC, chiller, cooling tower, air side economizer)

Outcomes:

  • VTAS  (Villanova Thermodynamic Analyzer of Systems) is a MATLAB simulation tool (release 1.0 December 2012)
  • System components are described by both simple and more sophisticated models
  • VTAS allows flow network modeling to compute operating temperatures and pressures; exergy calculations, transient modeling capability for component models
  • VTAS allows modeling of air, hybrid and liquid cooling systems

VTAS  (Villanova Thermodynamic Analyzer of Systems)
VTAS  (Villanova Thermodynamic Analyzer of Systems)
VTAS  (Villanova Thermodynamic Analyzer of Systems)
Center for Energy-Smart Electronic Systems

Villanova ES2 Team Areas of Expertise
Thermal management
Electronics cooling
Fluid mechanics
Convective heat transfer
Sustainable energy technology
Multiscale systems
Computational fluid dynamics
Modeling

Contact

Director: Dr. Amy Fleischer, Professor and Chair, Department of Mechanical Engineering, Director of the NovaTherm Laboratory

Dr. Amy Fleisher, ES2 Director
Email: amy.fleischer@villanova.edu 
Phone: (610) 519-4996

Associate Director
Dr. Aaron Wemhoff, ES2 Associate Director
Email: aaron.wemhoff@villanova.edu 
Phone: (610) 519-8045