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Architectural and energy refurbishment of the headquarter of the University of Teramo

机译:Teramo大学总部的建筑与能量翻新

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The recent seismic events, which distressed the population of the Central Italy, have caused the incompliance with national safety standards of several historical buildings. In particular, the headquarter of the University of Teramo revealed some structural damages which make necessary to operate a restoration of the buildings. It represents a rare opportunity for investigating possible applications of a cluster of technologies and approaches largely recognized as efficient and high-performing to such particular buildings in order to achieve an upgrading in terms of energy efficiency. The proposal includes the improvement of the exploitation of renewable energy sources through adequate systems, which do not modify the visual perception of the pavilions. In that regards, the required electricity could be produced by a PV roofing installed on the parking area, while a biomass boiler and an absorption chiller could allow supplying the thermal and cooling needs. Furthermore, the rain water recovery system permits to reduce the exploitation of potable water for uses which do not require a high quality, such as irrigation. On the other hand, the envelope energy efficiency could be enhanced by applying passive strategies for reducing the heat losses {winter conditions) and gains (summer conditions) through facades and roof. The results confirmed the reliability of those interventions and the consequent advantages from an economical and energy point of view.
机译:最近令人痛苦地遭受意大利人口的地震事件,导致了几个历史建筑的国家安全标准的不合规。特别是,Teramo大学的总部揭示了一些结构损害,这使得经营恢复建筑物是必要的。它代表了一种难得的机会,用于调查一组技术和方法的可能申请,该方法在很大程度上被认为是对这些特殊建筑物的高效和高性能,以便在能源效率方面进行升级。该提案包括通过适当的系统改善可再生能源的利用,不改变亭子的视觉感知。在这方面,可以通过安装在停车区上的PV屋顶生产所需的电力,而生物质锅炉和吸收冷却器可以允许供应热和冷却需求。此外,雨水回收系统允许减少不需要高质量的用途的饮用水的开采,例如灌溉。另一方面,通过应用被动策略可以通过外墙和屋顶增加被动策略来提高信封能效来提高液体损失和收益(夏季条件)。结果证实了这些干预措施的可靠性以及从经济和能量的观点来看的结果。

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