空間劃分對太陽能建筑室內(nèi)溫度差異化影響
發(fā)布時間:2018-12-15 04:07
【摘要】:結(jié)合拉薩、銀川及西安地區(qū)的冬季氣候條件,建立典型建筑模型,利用熱平衡方程組分析空間劃分模式及隔墻熱阻等對室內(nèi)不同空間溫度的差異化影響。結(jié)果表明,室內(nèi)空間合理劃分可明顯提高主要房間的室內(nèi)溫度,但受太陽輻照強度和室外空氣溫度差異的影響,不同地區(qū)提高的幅度有所不同。依據(jù)典型建筑模型分析,拉薩地區(qū)民居采暖期主要房間空氣溫度可提高13.6%,達到16.7℃;銀川地區(qū)可提高22.7%,達到9.2℃;西安地區(qū)可提高10.3%,達到11.8℃。
[Abstract]:Based on the winter climate conditions in Lhasa, Yinchuan and Xi'an, typical building models were established, and the differential effects of space partition model and thermal resistance of partition wall on indoor temperature were analyzed by using heat balance equations. The results show that the indoor temperature of the main room can be obviously increased by reasonable division of indoor space, but the range of the increase is different in different regions due to the difference of solar radiation intensity and outdoor air temperature. According to the analysis of typical building model, the air temperature of the main rooms in Lhasa area can be raised to 16.7 鈩,
本文編號:2379938
[Abstract]:Based on the winter climate conditions in Lhasa, Yinchuan and Xi'an, typical building models were established, and the differential effects of space partition model and thermal resistance of partition wall on indoor temperature were analyzed by using heat balance equations. The results show that the indoor temperature of the main room can be obviously increased by reasonable division of indoor space, but the range of the increase is different in different regions due to the difference of solar radiation intensity and outdoor air temperature. According to the analysis of typical building model, the air temperature of the main rooms in Lhasa area can be raised to 16.7 鈩,
本文編號:2379938
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