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首页> 外文期刊>Energy and Buildings >The new research centre of the Brazilian Petroleum Company in Rio de Janeiro, Brazil: The achievements in the thermal performance of air-conditioned buildings in the tropics
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The new research centre of the Brazilian Petroleum Company in Rio de Janeiro, Brazil: The achievements in the thermal performance of air-conditioned buildings in the tropics

机译:巴西石油公司在巴西里约热内卢的新研究中心:热带地区空调建筑物的热性能方面的成就

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The study on the thermal performance of the air-conditioned buildings of the new research centre of the Brazilian Petroleum Company, in the tropical climate of Rio de Janeiro, was part of a bigger research and consultancy project involving environmental issues. The architectural design was the subject of a national competition in 2004, encompassing over 100,000 m~2. According to the design brief, out of the 10 buildings of the new research centre, 7 have to be either completely or partially air-conditioned, due to specific occupation requirements. The challenge for better thermal performance was related to systems' energy efficiency, to the introduction of natural ventilation and to the notion of adaptive comfort, which were verified with the support of thermal dynamic simulations. At the early stages of the assessments, the potential for natural ventilation in the working spaces considering the mixed-mode strategy achieved 30% of occupation hours. However, the development of the design project led to fully air-conditioned working spaces, due to users' references regarding the conventional culture of the office environment. Nevertheless, the overall architectural approach in accordance to the climatic conditions still showed a contribution to the buildings' energy efficiency.
机译:在里约热内卢的热带气候下,巴西石油公司新研究中心的空调建筑物的热性能研究是涉及环境问题的更大的研究和咨询项目的一部分。建筑设计是2004年全国竞赛的主题,面积超过100,000 m〜2。根据设计简介,由于特定的职业要求,在新研究中心的10座建筑物中,有7座必须全部或部分装有空调。更好的热性能所面临的挑战与系统的能源效率,自然通风的引入以及适应性舒适的概念有关,这些均在热动力学仿真的支持下得到了验证。在评估的早期阶段,考虑到混合模式策略,工作空间中自然通风的潜力达到了占用时间的30%。但是,由于用户参考了办公室环境的传统文化,设计项目的开发导致了全空调的工作空间。尽管如此,根据气候条件的整体建筑方法仍然显示出对建筑物能效的贡献。

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