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Are current design processes and policies delivering comfortable low carbon buildings?

机译:当前的设计流程和政策是否在提供舒适的低碳建筑?

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Gaps between intended and actual performance which impact on indoor environment, energy use and carbon emissions have been well documented and are nowhere more important than when they present in performance problems such as building overheating and consequent occupant discomfort and high energy running costs. Here, such gaps are explored through a review of relevant literature and related illustrative investigations. Key drivers of those performance gaps are identified and located in the stages of the building industry process. Three case studies, of one office and two houses, are provided, highlighting where faults arise and may or may not be effectively dealt with and the reasons why. These include faults at the Implementation, Validation and Operation stages and the paper concludes by summing up generic failings in the industry that lead into the following paper by the same authors that offers an approach and potentially effective solutions to reduce such performance gaps by correctly using a BIM approach to quality control in the construction industry.
机译:影响室内环境,能源使用和碳排放的预期性能与实际性能之间的差距已得到充分记录,在任何情况下都比出现性能问题(如建筑物过热,随之而来的乘员不适和高昂的能源运行成本)更重要。在此,通过回顾相关文献和相关说明性研究来探索这种差距。这些性能差距的关键驱动因素已确定,并位于建筑行业流程的各个阶段。提供了三个案例研究,分别是一间办公室和两间房屋,以突出出现故障的地方以及可能会或可能不会有效处理的原因以及原因。这些包括实施,验证和操作阶段的错误,并且本文总结了行业中的一般性故障,这些故障由同一位作者撰写,并在随后的论文中提供了一种方法和潜在的有效解决方案,可通过正确使用以下方法来减少此类性能差距BIM方法用于建筑行业的质量控制。

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