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FUTURE RESEARCH ACTIONS IN PASSIVE COOLING

机译:被动冷却的未来研究行动

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摘要

The PASCOOL program was the most important European project on passive cooling of buildings. The project addressed topics included solar control, the combined effect of ventilation and thermal mass, thermal comfort during summer and the potential of natural cooling techniques. PASCOOL put in evidence also the axes towards which future research on passive cooling should be oriented. This research, giving the continuously increasing trend of energy consumption for cooling purposes, is absolutely necessary in order to take advantage of the complete potential that passive cooling can offer to buildings while maintaining the living standards, health and comfort of the occupants. This paper presents these future issues that comprise (a) research on the microclimatic scale in order to address the impact of outdoor environment on the cooling load of buildings, (b) investigation of comfort requirements under transient conditions during summer, (c) research on natural ventilation in urban environments and the impact of outdoor pollution on indoor air quality, (d) development of alternative cooling systems and techniques, (e) development of integrating design concepts optimising the use of solar heating, passive cooling and natural light in buildings.
机译:PASCOOL计划是欧洲最重要的建筑物被动冷却项目。该项目涉及的主题包括太阳能控制,通风和热量的综合作用,夏季的热舒适性以及自然冷却技术的潜力。 PASCOOL还证明了未来被动冷却研究的方向。为了充分利用被动制冷可为建筑物提供的全部潜力,同时又能保持居住者的生活水平,健康和舒适,这项研究给出了用于制冷目的的能耗不断增长的趋势,这是绝对必要的。本文介绍了这些未来的问题,其中包括(a)在微气候尺度上进行研究,以解决室外环境对建筑物制冷负荷的影响,(b)在夏季瞬态条件下研究舒适性要求,(c)研究城市环境中的自然通风以及室外污染对室内空气质量的影响,(d)开发替代冷却系统和技术,(e)开发集成设计概念,以优化建筑物中太阳能采暖,被动冷却和自然光的使用。

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