Life-Cycle Cost Assessment of Building Enclosure Systems


Sponsor: Dow Chemical COmpnay (DOW)

Dates: 07/2010 - 06/2013


Abstract

At present, buildings are the biggest contributors to the total energy consumption in the world, so there is a need for better building products to curb this trend. Building systems are non-linear systems with a large number of components. Due to the non-linearity of the building systems and system components, it is important to optimize building energy performance as an integrated system rather than individual components, such as building enclosure materials and building mechanical systems. The main objective of this research is to develop an integrated framework to optimize performance of building enclosure and mechanical systems with the consideration of life cycle cost of building systems. The framework consists of two main sections: the life cycle cost assessment section and the building systems optimization section.


Publications

  • Guiyuan Han, and Jelena Srebric, Ph.D., “Building System Optimization with Respect to Mechanical and Enclosure Systems”, Submitted to COBEE 2012
  • Han G. and Srebric J., “Life-Cycle Assessment Tools for Building Analysis,” The Pennsylvania Housing Research Center Research Brief: RB0511, 2011.  
  • Han G. “Life Cycle Optimization of Building Enclosure Systems as an Integral Part of Building Systems,” Ph.D. Thesis Proposal, October 2011.