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A framework for identifying the applicability of heating or cooling technologies based on initial project information

Record Type:	Electronic resources : Monograph/item
Title/Author:	A framework for identifying the applicability of heating or cooling technologies based on initial project information
Author:	Cacace, Katie Meng.
Description:	293 p.
Notes:	Chair: Daniel Schodek.
Notes:	Source: Dissertation Abstracts International, Volume: 65-02, Section: A, page: 0315.
Contained By:	Dissertation Abstracts International65-02A.
Subject:	Architecture.
Online resource:	http://pqdd.sinica.edu.tw/twdaoapp/servlet/advanced?query=3121795
ISBN:	0496691465

A framework for identifying the applicability of heating or cooling technologies based on initial project information
Cacace, Katie Meng.

A framework for identifying the applicability of heating or cooling technologies based on initial project information [electronic resource] - 293 p.

Chair: Daniel Schodek.

Thesis (D.Des.)--Harvard University, 2004.

In order to fully achieve the energy savings and human comfort benefits of many alternative heating and cooling technologies, design considerations for these technologies must be made during the conceptual design stage. However, at this stage architects are often faced with challenges that inhibit the integration of such technologies. At the early stages of design, architects have limited time and technical knowledge to research alternative technologies and mechanical engineers are typically not yet part of the design team to offer their expertise.

ISBN: 0496691465Subjects--Topical Terms:

208437
Architecture.

A framework for identifying the applicability of heating or cooling technologies based on initial project information
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502 $a Thesis (D.Des.)--Harvard University, 2004.
520 # $a In order to fully achieve the energy savings and human comfort benefits of many alternative heating and cooling technologies, design considerations for these technologies must be made during the conceptual design stage. However, at this stage architects are often faced with challenges that inhibit the integration of such technologies. At the early stages of design, architects have limited time and technical knowledge to research alternative technologies and mechanical engineers are typically not yet part of the design team to offer their expertise.
520 # $a The framework develops simulation input files for multiple technologies, utilizes existing simulation programs to predict the performance of these technologies, and then displays the output results along with other information that is useful to designers at the conceptual stage. Each simulation input file is compiled from a template that queries databases and requires minimal user input. The output display includes the space temperature, energy consumption, and design considerations of each technology. A proof of concept using six technologies for one project demonstrated how one set of user input could be used to simulate the performance of multiple technologies and display the output results. The framework is expandable to incorporate additional technologies and future simulation programs added by an expert in both the design of the technology and the simulation program.
520 # $a To address these problems, this research developed a framework for a Technology Identifier that would inform an architect about alternative heating and cooling technologies that are applicable to their specific project at the conceptual design stage. The framework is based on the premise that a quantitative relationship between the initial project information and a technology's critical output variable(s) for heat transfer to the space can be established. Therefore, to be included in the framework a technology must possess a component that provides direct heat transfer to the space for the framework to determine if the technology can maintain the desired space temperature. The climatic influences on a technology's performance and the effect of changing a technology's input variables on the heat transfer output variable(s) were also quantified. Existing building energy simulation programs were used in these analyses.
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