摘要
为降低建筑能耗并优化室内热环境,开展建筑墙体导热对室内环境的影响与节能降温研究,通过分析建筑墙体导热特性与节能降温技术的协同作用,探讨墙体热工参数对室内温度波动的影响规律,并提出基于墙体蓄热与通风协同的节能降温策略。结果表明,合理提高墙体比热容可明显平抑室内温度波动,结合分时段通风策略能够有效降低建筑制冷能耗,提升热环境稳定性。墙体热特性与主动调控技术的协同优化可以为夏热地区建筑节能与热舒适平衡提供可行路径。
To reduce building energy consumption and optimize the indoor thermal environment,research is conducted on the effect of building wall thermal conduction on the indoor environment and energy-saving cooling.By analyzing the synergistic effect of building wall heat conduction characteristics and energy-saving cooling technologies,the influence law of wall thermal parameters on indoor temperature fluctuations is explored,and energy-saving cooling strategies based on the synergistic effect of wall heat storage and ventilation are proposed.The results show that reasonably increasing the specific heat capacity of the wall can significantly smooth out the fluctuation of indoor temperature.Combined with the ventilation strategy of different time periods,it can effectively reduce the energy consumption of building cooling and improve the stability of the thermal environment.The collaborative optimization of wall thermal characteristics and active regulation technology can provide a feasible path for the balance between energy-saving and thermal comfort in buildings in hot summer regions.
出处
《节能》
2025年第7期27-30,共4页
Energy Conservation
关键词
墙体导热
室内环境
节能
heat conduction in the wall
indoor environment
energy-saving
作者简介
金灿(1988-),男,本科,工程师,研究方向为建筑施工管理。
