浅层地热能联合太阳能集热墙系统夏季降温试验研究

发布时间：2018-04-28 10:11

  本文选题：浅层地热能 + 太阳能集热墙　； 参考：《太阳能学报》2017年08期

【摘要】：针对目前被动式太阳房普遍存在的夏季室内过热现象,提出一种浅层地热能联合太阳能集热墙系统。并在石河子地区对采用该系统的被动式太阳房进行试验测试,对比分析3种通风模式和3种通风时间的降温效果。试验结果表明:采用浅层地热能联合太阳能集热墙系统的通风模式C3的室内平均温湿度明显优于其他模式,平均温度降低了2.64℃;通风时间为12 h的C5模式,其被动降温效果优于其他两种模式,且随着通风时间的延长,被动降温效果出现下降的趋势。
[Abstract]:A shallow geothermal energy combined solar energy collector wall system is proposed in view of the overheating phenomenon of the passive solar house in summer. The passive solar house with this system was tested in Shihezi area, and the cooling effects of three ventilation modes and three ventilation time were compared and analyzed. The experimental results show that the indoor average temperature and humidity of C3 with shallow geothermal energy combined with solar collector wall system are obviously superior to those of other models, and the average temperature is reduced by 2.64 鈩，

本文编号：1814824