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针对被动式太阳房普遍存在的夏季室内过热问题,对海洋性气候条件下带有新型特隆布墙的被动式太阳房进行了实验研究,分析了不同被动降温模式的降温效果和室内空气温度分布,给出了适用于该类太阳房被动降温的最佳通风模式,认为内壁面温度是室内气温最显著的影响因素。与内陆地区利用自然通风降温的效果进行了对比,分析表明提高通风量、强化夜间通风可以改善海洋性气候条件下被动降温的效果。
In order to solve the problem of indoor overheating in summer in passive solar houses, an experimental study was conducted on passive solar houses with new Tromble walls under marine climate conditions. The cooling effect and indoor air temperature distribution of different passive cooling modes were analyzed. The optimum ventilation pattern for passive cooling of this type of solar house was developed. It is considered that the temperature of the inner wall is the most significant factor affecting the indoor air temperature. Compared with the effect of natural ventilation and cooling in inland areas, the analysis shows that increasing ventilation and strengthening night ventilation can improve the effect of passive cooling under maritime climate conditions.