A Parametric Study for Integrated Design Optimization of Low-Energy Buildings


Kilkis Ş. , Kilkis B.

Winter Conference of the American-Society-of-Heating-Refrigerating-and-Air-Conditioning-Engineers (ASHRAE), Nevada, United States Of America, 01 January 2011, vol.117, pp.442-449 identifier identifier

  • Publication Type: Conference Paper / Full Text
  • Volume: 117
  • City: Nevada
  • Country: United States Of America
  • Page Numbers: pp.442-449

Abstract

Beyond a low-energy and low-exergy building concept, the mechanical system that converts energy resources to useful mechanical power and HVAC functions need to be optimized for maximum efficiency with minimum energy waste and exergy destruction. This paper provides a new analytical algorithm, which optimizes the CHP, absorption chiller, heat pump, alternative energy and power systems like wind and solar, TES, PES, and HVAC terminal unit combinations and capacities for a given building. A case study is presented for several mechanical system scenarios. Results show that lower CO2 impact buildings are possible even when fossil fuels are used.