DESIGN OF A NET ZERO HOUSE AT 100-YEAR FLOOD ZONE IN A HISTORIC DISTRICT: A CASE OF SOLAR DECATHLON DESIGN CHALLENGE ENTRY

IF 0.7 4区艺术学 0 ARCHITECTURE

Journal of Green Building Pub Date : 2023-01-01 DOI:10.3992/jgb.18.1.243

N. Black, Ashton West, Chelsie Ewing, M. Honeycutt, Z. Berta, Blaine Lindsey, Eun-Young Kim, Seong Dae Kim, Sungwoo Yang

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Abstract

This paper discusses the design of a net-zero single-family house in Chattanooga, Tennessee, which was proposed for the 2022 Solar Decathlon Design Challenge entry. The site was in a 100-year flood zone and registered as a national and local historic district. The interdisciplinary team consisted of University of Tennessee Chattanooga (UTC) students from the interior architecture and engineering departments who embraced the challenges of the local climate and the restrictions of the historic district guidelines. This entry, Moc House, focused on the integration of passive design and active HVAC systems including photovoltaic systems in the process. In responding to recent housing market changes in Chattanooga due to the COVID-19 pandemic, a young professional couple in their 30s who have two children was identified as the target market which guided the space planning. Market analysis, including ROI, was conducted in addition to construction cost calculations. Building materials were selected to enhance the durability and resilience of the house structure. Finally, energy analysis was conducted to check the project’s Home Energy Rating using Ekotrope and found it less than zero.

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历史街区百年洪涝区零净住宅设计:太阳能十项全能设计挑战赛参赛案例

本文讨论了田纳西州查塔努加的一个零净单户住宅的设计，该住宅被提议参加2022年太阳能十项全能设计挑战赛。该遗址位于百年洪涝区，并被登记为国家和地方历史街区。跨学科团队由田纳西大学查塔努加分校(UTC)室内建筑和工程系的学生组成，他们接受了当地气候的挑战和历史地区指导方针的限制。这个项目，Moc House，专注于被动设计和主动HVAC系统的整合，包括光伏系统。为了应对最近因COVID-19大流行而导致的查塔努加住房市场的变化，将有两个孩子的30多岁的年轻职业夫妇确定为指导空间规划的目标市场。除了建筑成本计算外，还进行了包括ROI在内的市场分析。建筑材料的选择是为了提高房屋结构的耐久性和弹性。最后，进行能源分析，使用Ekotrope检查项目的家庭能源评级，发现其小于零。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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来源期刊

Journal of Green Building ARCHITECTURE-

CiteScore

2.30

自引率

7.10%

发文量

期刊介绍： The purpose of the Journal of Green Building is to present the very best peer-reviewed research in green building design, construction, engineering, technological innovation, facilities management, building information modeling, and community and urban planning. The Research section of the Journal of Green Building publishes peer-reviewed articles in the fields of engineering, architecture, construction, construction management, building science, facilities management, landscape architecture, interior design, urban and community planning, and all disciplines related to the built environment. In addition, the Journal of Green Building offers the following sections: Industry Corner that offers applied articles of successfully completed sustainable buildings and landscapes; New Directions in Teaching and Research that offers guidance from teachers and researchers on incorporating innovative sustainable learning into the curriculum or the likely directions of future research; and Campus Sustainability that offers articles from programs dedicated to greening the university campus.