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A Portuguese study on building renovation towards a nearly zero energy building (nZEB)

机译:葡萄牙对建筑物改造向零能耗建筑物(nZEB)的研究

摘要

The social and environmental urgency of large-scale integrated retrofitting of the European residential building stock is widely acknowledged and supported by all Member States. However, the European building sector is currently still not able to offer an integral solution for deep renovation toward nearly Zero Energy Building (nZEB) for reasonable costs. MORE-CONNECT project aims to tackle this issue by developing cost optimal solutions to renovate buildings towards nZEB. In this project, the optimal solutions include the development of prefabricated, multifunctional renovation elements for the total building envelope (façade and roof) and installation/building services. This paper presents the first stage of the project, namely the analysis and comparison of three scenarios following the current national requirements in Portugal i) 80% reduction of the current primary energy consumption of the building, ii) cost optimal solution (nZEB) and iii) net zero energy (NZEB). The optimization of the building envelope will be the main driver for the three scenarios as well as the inclusion of renewable energy strategies. Overall, results suggest that it is possible to achieve cost-effective solutions for the renovation of Portuguese residential buildings. Moreover, the cost-optimal solution (scenario ii) matches approximately with the 80% reduction of energy scenario (scenario i).
机译:所有会员国都广泛认可并支持对欧洲住宅建筑群进行大规模集成改造的社会和环境紧迫性。但是,欧洲建筑业目前仍无法以合理的成本为近乎零能耗的建筑(nZEB)进行深度翻新的整体解决方案。 MORE-CONNECT项目旨在通过开发成本最佳解决方案来向nZEB翻新建筑物来解决此问题。在该项目中,最佳解决方案包括为整个建筑围护结构(立面和屋顶)以及预制/建筑服务开发预制的多功能翻新元件。本文介绍了该项目的第一阶段,即根据葡萄牙当前的国家要求对三种方案进行了分析和比较i)将建筑物当前的一次能源消耗减少80%,ii)成本最优解决方案(nZEB)和iii )净零能量(NZEB)。建筑围护结构的优化将是这三种方案的主要驱动力,并将成为可再生能源战略的主要推动力。总体而言,结果表明,有可能为葡萄牙住宅建筑的翻新提供具有成本效益的解决方案。此外,成本最优的解决方案(方案ii)大约与减少80%的能源方案(方案i)匹配。

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