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Evidence based residential ventilation: sizing procedure and system solutions addressed by REHVA Residential Ventilation Task Force

机译:循证住宅通风:REHVA住宅通风工作组提出的规模确定程序和系统解决方案

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Wider application of heat recovery ventilation in residential buildings brings attention to knowledge and regulatory gaps which call for research and other actions. In many technical questions there is no consensus in national regulations of EU Member States (MS). This applies for instance for air flow rates, i.e. how much ventilation is needed, restrictions of the use of some heat exchangers types, connection of cooker hoods to ventilation system and placement of exhaust air devices. While European standards are well detailed in these aspects for non-residential ventilation, there is very limited information available for residential ventilation systems. Recent European Guidebook REHVA GB No 25 has made an attempt to collect evidence based best practice technical solutions and design principles for residential ventilation. In this paper a recent evidence and common assumptions behind REHVA airflow rate selection procedure is discussed. Best practice solutions and open research questions related to cooker hood connection to heat recovery and compensation to enable balanced operation of ventilation in an airtight building are analyzed. The paper summarizes existing evidence in these questions and defines open research questions for future residential ventilation research agenda.
机译:热量回收通风在住宅建筑中的广泛应用引起人们对知识和法规空白的关注,这需要进行研究和采取其他行动。在许多技术问题中,欧盟成员国(MS)的国家法规没有达成共识。例如,这适用于空气流速,即需要多少通风,某些热交换器类型的使用限制,抽油烟机与通风系统的连接以及排气装置的位置。尽管欧洲标准在非住宅通风的这些方面都有详尽的说明,但住宅通风系统的可用信息非常有限。最近的欧洲指南REHVA GB 25已尝试收集基于证据的最佳实践技术解决方案和住宅通风设计原则。本文讨论了REHVA气流速率选择程序背后的最新证据和常见假设。分析了与抽油烟机连接热量回收和补偿有关的最佳实践解决方案和开放式研究问题,以使气密建筑物中的通风保持平衡。本文总结了这些问题中的现有证据,并为未来的住宅通风研究议程定义了开放的研究问题。

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