| 陈前程,成祖德,卞林峰,张晶晶.智能养护技术对绿植量与碳中和协同效应研究[J].安徽建筑大学学报,2024,32(4):57-63 |
| 智能养护技术对绿植量与碳中和协同效应研究 |
| Research on Green Advertising Decision in Fashion Leasing-selling Supply Chain |
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| DOI： |
| 中文关键词: 智能养护技术 绿植 固碳 碳中和 |
| 英文关键词: intelligent maintenance technology green plants carbon sequestration carbon neutrality |
| 基金项目:安徽省高等学校科学研究重点项目（2023AH053240）；安徽省高校优秀青年教师培育重点项目（YQZD2023090）；安徽省教育基本建设学会课题经费资助（2205-15） |
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| 中文摘要: |
| 本文为将智慧农业技术转化为绿植智能养护技术的应用创新研究，通过垂直绿植墙体实现了在不占用建筑空间内使用面积的条件下，大幅提升建筑空间内绿植栽植面积；采用智能滴灌技术监测垂直绿植的土壤环境参数，并将监测值与设定的理想值对比，将对比结果作为开启或关闭水肥一体化模块的依据，以对土壤参数闭环式干预。设计一套垂直绿植墙体保护性栽植装置，并对水管管径进行了优化选型。通过分析绿植的固碳能力，推荐了建筑空间内的绿植选型种类，并推演了城市固碳模型，折算了合肥市的建筑空间固碳潜力，折算发现建筑空间内绿植量可达到建筑面积的20% ~ 60 %。 |
| 英文摘要: |
| It is an innovative application study on applying smart agricultural technology to intelligent maintenance technology for green. The green wall was applied, which significantly enhanced the indoor green plant cultivation area without occupying building space, and the intelligent drip irrigation technology was applied to monitor the soil environmental parameters. The monitor data was compared with the ideal values, hence the comparison results were seen as the basis for whether opening the water fertilizer integrated module or not to achieve the closed-loop intervention on soil parameters. A Design a set of vertical green wall protection planting devices, and optimize the pipe diameter selection. Based on the carbon fixation capacity of green plants, the types of green plants suitable for building spaces were recommended, and the urban carbon model in Hefei was built. The potential of carbon sequestration in the architectural space in Hefei was analyzed. It was found that the application of this technology can increase the green plant quantity in the building space to 20% ~ 60%. |
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