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High-efficiency and low-environmental impact systems on a historical building in Rome: an InWall solution

机译:罗马历史建筑上的高效,低环境影响系统:室内解决方案

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摘要

The redevelopment of the building system framework can generate a significant impact in an area of great artistic and architectural value as the historical centre of Rome. This paper illustrates the case study of a building located in this particular area of Rome on which the energy consumption and environmental improvements, resulting from interventions such as retrofitting of technological systems, are being evaluated. An integrated design model can resolve issues relating to building maintenance, energy conservation and the integration of renewable energy sources. The study will focus on the identification of high efficiency and low environmental impact systems that are best suited for buildings of historical value placed in complex areas such as town centres. In order to quantify the potential of the proposed solutions, an innovative solution InWall will be illustrated through a specific concept process. The methodology of the proposed project is intended to provide a preliminary approach for the achievement of similar interventions at a large scale. 31% of Italian buildings were in fact constructed over 65 years ago.
机译:建筑系统框架的重新开发可以在具有巨大艺术和建筑价值的区域作为罗马的历史中心产生重大影响。本文举例说明了一个位于罗马特定区域的建筑物的案例研究,该建筑物正在评估诸如技术系统改造之类的干预措施所产生的能耗和环境改善。集成设计模型可以解决与建筑物维护,节能和可再生能源整合有关的问题。这项研究将着重于确定最适合放置在诸如市中心等复杂区域的具有历史价值的建筑物的高效和低环境影响的系统。为了量化所提出解决方案的潜力,将通过特定的概念过程说明创新的解决方案InWall。拟议项目的方法学旨在为大规模实现类似干预措施提供初步方法。实际上,有31%的意大利建筑是65年前建造的。

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