毛细管网供暖室内环境对比实验研究
Comparative experimental analysis of capillary radiant heating on indoor environment
陈金华 1梁秋锦 2李楠 1高亚锋 1刘红 1杨雯芳1
作者信息
- 1. 重庆大学三峡库区生态环境教育部重点实验室;低碳绿色建筑国际联合研究中心,重庆400045
- 2. 重庆新鸥鹏地产(集团)有限公司,重庆400010
- 折叠
摘要
对重庆地区毛细管网辐射供暖系统进行测试,分析在35℃供水工况下毛细管网顶棚、墙面、地面3种敷设方式的室内空气温度、围护结构壁面温度等参数.结果表明:在重庆地区35℃供水工况下,毛细管网顶棚、墙面、地面3种敷设方式供暖稳定时,室内人员活动区平均温度分别为16.53、16.4、16.94℃、辐射表面平均温度分别为29.21、28.17、22.98℃,纵向最大温差分别为1.76、3.16、0.3℃,水平最大温差分别为-0.26、0.59、-0.34℃,在实验条件下,该地区3种敷设方式供暖时室内温度均≥16℃,毛细管网构造层厚度与敷设位置直接影响室内舒适度.
Abstract
Tests of capillary radiant heating system in Chongqing district were carried out and indoor temperature,surface temperature of envelope in condition of three different capillary laying modes (ceiling,wall and floor) with 35 ℃ supply water temperature were analyzed.The experimental data indicates that in the three different conditions,when the temperature of the supply water is 35 ℃,the average temperature of indoor air is 16.53 ℃,16.40 ℃ and 16.94 ℃ respectively and that of radiation surface is 29.21 ℃,28.17 ℃ and 22.98 ℃ respectively.The largest vertical temperature difference tested is 1.76 ℃,3.16 ℃ and 0.3 ℃ while the largest horizontal difference tested in the direction fall is-0.26 ℃,0.59 ℃,-0.34 ℃ respectively.It is shown that the system meets the requirements of indoor temperaturel6℃ in three conditions.Both the thickness of capillary structure layer and the laying mode have an directly influence on the indoor thermal comfort.
关键词
毛细管网/敷设方式/辐射供暖/舒适度Key words
capillary floor/laying mode/radiant heating/thermal comfort引用本文复制引用
基金项目
国家国际科技合作与交流专项(2014DFA62970)
重庆市科技研发基地建设计划(cstc2013gjhz90002)
重庆市基础与前沿研究计划(CSTC2014jcyjA90018)
出版年
2018
NETL
NSTL
维普
万方数据