首页|功能置入下的严寒地区农宅附加阳光间多目标优化研究

功能置入下的严寒地区农宅附加阳光间多目标优化研究

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当前阳光间研究主要以针对阳光间热工性能的优化为主,但在农村经济性的角度看,阳光间作为集热蓄热构件的同时仍需以附加空间的身份满足村民的功能使用需求,仅针对热工性能一方面的优化无法充分达成需求.本研究在严寒地区农宅实地调研的基础上,将层次需求理论与村民的功能使用需求相结合,依托于多目标优化平台,以节能和热舒适为目标,对农宅阳光间各项参数进行多目标优化研究,以此提出1套平衡功能空间及热工性能的快速设计与决策方法.结果表明:相较于基准农宅,优化后的全包型和半包型阳光间节能率达到8.5%和7%,热舒适提升为4%和2.5%;阳光间空间布局合理性和交通流线有序性均有提升,研究将为今后该地区农宅的更新改造提供一定的数据支持和方案参考.
Study on Multi-objective Optimization of Farm House with Additional Sunlight Room in Severe Cold Regions Under Functional Placement
This study on sunlight room mainly focused on the optimization of the thermal performance of sunlight rooms.However,in the rural background,from the perspective of economics,sunlight rooms,as a component of heat collection and storage,still need to meet the functional use needs of villagers as an additional space,so the optimization of thermal performance alone cannot fully meet the needs of villagers.Based on the field investigation of farm houses in severe cold regions,this study combined the hierarchical needs theory with the functional use needs of villagers,and,based on a multi-objective optimization platform,conducted multi-objective optimization study on various parameters of the sunlight room of farm houses with the goals of energy saving and thermal comfort.A set of rapid design and decision-making methods that balance functional space and thermal performance was then proposed.The results show that compared with the standard farm house,the solar energy saving rate of the full-enclosed and half-enclosed type reached 8.5%and 7%,and thermal comfort increased to 4%and 2.5%.The rationality of spatial function layout and convenience of traffic flow line are far superior to the benchmark farm houses.The study will provide certain data support and program reference for the renewal and renovation of farm houses in this region in the future.

severe cold regionsfarm house additional sunlight roommulti-objective optimizationfunctional space design

侯万钧、李赛、郭娟利、席晖、田芳

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河北工程大学建筑与艺术学院,河北邯郸 056038

天津大学建筑学院,天津 300072

严寒地区 农宅附加阳光间 多目标优化 功能空间设计

河北省社科基金项目

HB23SH030

2024

建筑科学
中国建筑科学研究院

建筑科学

CSTPCD北大核心
影响因子:1.113
ISSN:1002-8528
年,卷(期):2024.40(8)