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Defining an Architectural Design Strategy for Energy Performance - A Systematic Approach for Students

机译:定义建筑设计策略以提高能源性能-一种针对学生的系统方法

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Managing the energy performance of a building should start from the pre-conceptual design phase. Architects at this phase need to analyze the nature of the site environment, the nature of the building, and the comfort requirements of the occupants. An accurate analysis of these elements helps them formulate a design strategy for optimizing energy performance. However, this requires good understanding of the energy behavior of buildings. Such understanding optimally starts at the undergraduate architecture education. This paper presents a systematic approach to construct such understanding through a required course in an architectural curriculum. The paper explains the subjects covered in the course for a student to grasp the fundamentals of analyzing a project from an energy performance point of view. It also explains how to help students manipulate environmental forces and create a building's form that supports optimizing its energy performance. Finally, it discusses the common difficulties to propagate this systematic approach through the rest of the curriculum.
机译:管理建筑物的能源性能应从概念前的设计阶段开始。在此阶段,建筑师需要分析场地环境的性质,建筑物的性质以及居住者的舒适度要求。对这些元素的准确分析有助于他们制定优化能源性能的设计策略。但是,这需要对建筑物的能源行为有充分的了解。这样的理解最佳地开始于本科建筑教育。本文提出了一种体系结构的方法,可以通过建筑课程中的必修课程来构建这种理解。本文向学生解释了本课程涵盖的主题,以便学生从能源绩效的角度掌握分析项目的基础。它还说明了如何帮助学生操纵环境力量并创建支持优化其能源性能的建筑形式。最后,它讨论了在其余课程中推广这种系统方法的常见困难。

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