Technical, constructive and economical feasibility to turn off-grid an existing building

Sara Dorregaray-Oyaregui, C. Martín-Gómez, Ignacio Hernando Gil, M. Aguado
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Abstract

Existing educational buildings built with old normatives suffer a lack of technology, eventhough they are the frame of reference for our future society’s architects(/builders). These buildings, usually promoted by the public sector, don’t have significant economic investment, even if they are going to affect our children’s world perception. The object construction of this study is a building from1978. It has an educational use located at the Pamplona campus of the Universidad de Navarra. The building is part of the Living Lab of the Campus, where technologies, solutions and strategies can be proved It is a protected building by the “Documentation and Conservation of buildings, sites, and neighborhoods of the Modern Movement” (Do. Co,Mo.Mo.), so all actions that can affect its aesthetic aspects need to be justified because of the value of the building.The methodology presented concerns the development of a replicable technical, constructive, and economical feasibility model to reach an off-grid disconnection of an existing building. The steps followed for this study are classified in seven main steps. This proposal aims to define a replicable solution that is going to be applied to other buildings of campus Universidad de Navarra in Pamplona.Even that the first solution is going to be limited by the aesthetic aspect, the final objective is to develop a Plug & Play solution following the methodology, answering the energetical deficiency and complexity of existing constructions.
现有建筑离网的技术、建设和经济可行性
尽管现有的教育建筑是我们未来社会建筑师(/建设者)的参考框架,但它们仍然缺乏技术。这些建筑通常由公共部门推动,没有重大的经济投资,即使它们会影响我们孩子的世界观。本研究的对象建筑是1978年的一栋建筑。它有一个教育用途,位于纳瓦拉大学的潘普洛纳校区。该建筑是校园生活实验室的一部分,在这里可以证明技术,解决方案和策略。它是受“现代运动的建筑,遗址和社区的文献和保护”(Do。Co,Mo.Mo.),因此,由于建筑的价值,所有可能影响其美学方面的行为都需要被证明是合理的。提出的方法涉及到可复制的技术、建设性和经济可行性模型的发展,以达到现有建筑的离网断开。本研究所遵循的步骤分为七个主要步骤。该方案旨在定义一个可复制的解决方案,该解决方案将应用于潘普洛纳纳瓦拉大学校园的其他建筑。即使第一个解决方案将受到美学方面的限制,最终目标是根据方法论开发一个即插即用的解决方案,回答现有结构的能量不足和复杂性。
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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