摘要
为了探究温室大棚与农村住宅相结合的可行性,充分发挥节能减排的生态优势并倡导绿色健康的生活方式。文中从空间组织(整体包裹、种居并置、模块植入)和配套技术(室内环境调节技术与可循环能源供应技术)2个方面,提出了适合我国农村地区发展实际的温室住宅一体化模式,实现农业种植与日常居住空间的多维整合及功能重构,在此基础上结合估算数据和软件模拟,通过对温室住宅的农作物产量预测及室内温湿度分析,证明模式的科学性与有效性。为实现农村居住建筑的绿色可持续发展提供了新的思路与方法。
The feasibility of integrating greenhouses with rural residences is verified to develop the ecological advantages of energy saving and emission reduction,advocating a green and healthy lifestyle.We propose an integrated model of greenhouse housing suitable for the development of rural areas in China from two aspects,spatial organization(overall wrapping,juxtaposition of planting and living,and modular implantation)and supporting technologies(indoor environmental regulation technology and recyclable energy supply technology),to realize the multi-dimensional integration and functional reconstruction of agricultural planting and daily living space.On this basis,we verify the effectiveness of the model by predicting the crop yield and analyzing the indoor temperature and humidity from estimation data and numerical simulation.It may provide a new idea and method to realize the green and sustainable development of rural residence.
作者
宋晋
周觅
SONG JIn;ZHOU Mi(School of Architecture,Tianjin University,Tianjin 300110,China;School of Architecture,Xi'an University of Architecture and Technology,Xi'an 710000,China)
出处
《低温建筑技术》
2023年第3期20-24,28,共6页
Low Temperature Architecture Technology
关键词
温室住宅
一体化模式
空间组织
配套技术
节能减排
greenhouse residence
integrated mode
spatial organization
supporting technology
energy saving andemission reduction
