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IN SITU EVALUATION OF VANGUARD TECHNOLOGIES FOR HIGH PERFORMANCE RESIDENTIAL BUILDINGS

机译:原位评估高性能住宅建筑的先锋科技

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High performance buildings demand innovative and often untested strategies for improving thermal performance and reducing energy consumption while maintaining indoor environmental quality. The Passive House design standard is increasingly being implemented in residential and small commercial construction. This standard results in buildings with airtight envelopes, high levels of insulation, very high performance windows, and energy efficient appliances. The intent of this paper is to evaluate the performance of several cutting-edge high performance building technologies as implemented in a Passive House duplex constructed in Portland, Oregon, USA. We provide an overview of the performance of the entire structure from multiple viewpoints, but focus largely on the performance of the heat recovery ventilator and heat pump water heater. Interactions of these systems with occupant behavior and indoor environmental quality are also discussed.
机译:高性能建筑需求创新,往往未经测试的策略,以提高热性能,降低能耗,同时保持室内环境质量。被动房屋设计标准越来越多地在住宅和小型商业建筑中实施。这标准导致建筑物具有密封信封,绝缘高水平,非常高的性能窗口和节能器具。本文的目的是评估几种尖端高性能建筑技术的性能,如在美国俄勒冈州波特兰的被动房屋双工中实现。我们提供了从多个观点来看整个结构的性能的概述,但主要集中在热回收呼吸机和热泵热水器的性能。还讨论了这些系统与乘员行为和室内环境质量的相互作用。

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