ZØE Research Projects​

Current Research 

  • Numerical analysis in building simulation program: conduction transfer function method (CTF) and finite difference method (FDM)
  • Ground source heat pump M/V and modeling
  • Zero energy building modeling
  • Computational fluid dynamics analysis of zero energy research laboratory
  • Modeling and simulation of the most efficient and cost effective HVAC system in ZØE
  • Studying and modeling on thermal energy storage outcome on ZØE
  • Analysis of solar chimney for 2 room net-zero energy building and investigation of parameters to generate optimal natural ventilation


The Zero Energy Research Laboratory offers an opportunity for the following research to be completed:

  • The whole-building integration modeling and calibration (modeling and simulation of whole building with different technologies)
  • Benchmark for energy efficiency
  • Social aspects of sustainability: productivity and thermal comforts
  • Sustainable building design, construction, and operation
  • Human occupant behavior and comfort analysis
  • Smart building energy monitoring and control system
  • Energy simulation model validation
  • Expansion to smart-grid and alternative fuel vehicle research
  • Building control system analysis and improvements
  • Performance analysis of radiant floor heating system, ground source heat pump (GSHP), photovoltaic power generation system, wind turbine, rain water harvesting system, energy recovery ventilator, solar chimney
  • Study on the LEED compatibility of the building
  • Study on the best thermal and electricity storage options for the building
  • Cost analysis of the existing building

 

Weather Station Data​


Data Since 2011: