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Energy and environmental retrofitting of the university building of Orthopaedic and Traumatological Clinic within Sapienza Città Universitaria

机译:SapienzaCittàUniversitaria内的骨伤科诊所的大学建筑的能源和环境改造

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摘要

To cope with climate change energy sustainability is considered the key target EU Countries set to achieve by 2020. Existing energy users such as building stock require huge efforts to be aligned to this goal. This is the case of the University of Rome “La Sapienza” campus since it was built even before first regulations on energy saving, i.e. Italian Law 10/91. Current energy classification assigns to them the energy efficiency class G, far from class A, the energy label to be achieved by 2020.\ud\udThe purpose of the study is the energy refurbishment of the Orthopaedic and Traumatological Clinic Institute building located within the “Sapienza” University campus. It is a historical building of great architectural value, designed by Arnaldo Foschini in the 1930s. The proposed interventions entail the total renewal of the building envelope, investigated by thermographic surveys, along with the installations of new heating and cooling systems. The architectural redevelopment is according to Italian Law 338 of 14 November 2000 for the construction of temporary accommodations and residences.\ud\udThe results obtained were analyzed to identify the best intervention strategy for a sustainable energy retrofitting of historical building, taking into account the preservation of its architectural values as well as making it fit for modern use.
机译:为了应对气候变化,能源可持续性被认为是欧盟国家要在2020年之前实现的主要目标。现有的能源使用者(例如建筑材料)需要付出巨大的努力才能实现这一目标。罗马大学“ La Sapienza”校区就是这种情况,因为它是在第一个节能法规(即意大利第10/91号法律)之前建成的。当前的能源分类为他们分配的能源效率为G级,而不是A级,即到2020年要达到的能源标签。\ ud \ ud研究的目的是对整形外科和骨伤科临床研究所大楼内的能源进行翻新。萨皮恩扎”大学校园。这是一栋具有重大建筑价值的历史建筑,由Arnaldo Foschini在1930年代设计。拟议的干预措施包括对建筑围护结构进行全面更新,并通过热像仪调查进行调查,并安装新的供热和制冷系统。根据2000年11月14日意大利第338号法律,该建筑的重新开发涉及临时住所和住宅的建设。\ ud \ ud分析了获得的结果,以确定对历史建筑进行可持续能源改造的最佳干预策略,同时考虑了保护的建筑价值以及使其适合现代使用。

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