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Measured response

机译:实测响应

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摘要

When we talk about building performance measurement we often assume it is related solely to energy and carbon: that because we can measure it, we do. We are beginning to learn from that process that there is a huge disparity between theoretical and operational performance. Recurring themes often emerge from monitoring processes. Design ideas get lost in translation/construction. Energy control systems are too complex. Insulation and air-tightness can lead to overheating. Carbon emissions are dominated by unregulated electrical loads. People use energy, not buildings. But the most valuable lesson is that careful monitoring can reduce energy bills. If there is benefit for the client, for society and for architecture, why don't we look at other aspects of building performance?
机译:当我们谈论建筑性能测量时,我们通常认为它仅与能源和碳有关:因为我们可以测量它,所以我们做到了。我们开始从该过程中了解到,理论和运营绩效之间存在巨大差异。反复出现的主题通常来自监视过程。设计思想在翻译/建设中迷失了方向。能源控制系统太复杂。绝缘和气密性可能导致过热。碳排放主要由不受监管的电力负荷所致。人们使用能源,而不是建筑物。但是,最有价值的教训是,仔细监控可以减少电费。如果对客户,社会和建筑都有好处,为什么我们不关注建筑性能的其他方面?

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  • 来源
    《RIBA Journal》 |2015年第11期|80-80|共1页
  • 作者

    Peter Clegg;

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  • 正文语种 eng
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  • 入库时间 2022-08-18 00:21:44

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