2 A Parametric Study of Energy Efficiency Measures Used in Deep Energy Retrofits for Two Building Types and U.S. Climate ZonesĀ (OR-16-004)

Michael Case, Ph.D., US Army Corps of Engineers
Richard Liesen, Ph.D., US Army Corps of Engineers
Alexander M. Zhivov, Ph.D., US Army Corps of Engineers
Michael Zhivov, University of Illinois at Urbana-Champaign
This paper presents the results of computational modeling analysis conducted by the U.S. Army Engineer Research and Development Center team of two categories of buildings with relatively low internal loads in 15 U.S. climates using the Net Zero Planner tool. This tool enabled simultaneous simulation of multiple building types and multiple technology bundles of energy efficiency measures in different climate zones. This research supported development of requirements for building envelope characteristics for DER projects. Information presented in the paper along with results of similar studies conducted in Denmark, Estonia, Austria, Germany, China, and UK [2,3,4] for their nation-specific climate conditions have been used to develop general guidelines for technology bundles to be used in DER projects [5].

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