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Displacing air conditioning in Kingdom of Saudi Arabia: An evaluation of 'fabric first' design integrated with hybrid night radiant and ground pipe cooling systems

机译:取代沙特阿拉伯王国的空调:结合混合式夜间辐射和地面管道冷却系统的“结构优先”设计评估

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摘要

This paper presents an investigation into the viability of 'fabric first' intelligent architectural design measures, in combination with a hybrid cooling system.The specific aim is to displace air conditioning (AC) and reduce carbon dioxide, while maintaining thermal comfort, in a typical housing block in KSA. The results of thermal modelling and prototype field trials suggest that passive design measures combined with night radiant cooling and supply ventilation via ground pipes, can negate the requirement for a standard AC system. Such a strategy may also have a remarkably short payback period when energy savings, in use, are set against the additional capital costs associated with improved building fabric performance.
机译:本文将结合混合冷却系统,对``以面料为先''的智能建筑设计措施的可行性进行研究,其主要目的是取代空调(AC)并减少二氧化碳,同时保持热舒适性。 KSA中的房屋块。热建模和原型现场试验的结果表明,被动设计措施与夜间辐射冷却和通过接地管的通风相结合,可以消除对标准交流系统的要求。当将节能与使用中与改善建筑结构性能相关的额外资本成本进行对比时,这种策略的投资回收期也可能非常短。

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