既有城市公园更新的低碳改造技术体系分析被引量：1

ANALYSIS OF LOW-CARBON TRANSFORMATION TECHNOLOGY SYSTEM FOR RENOVATION OF EXISTING URBAN PARKS

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摘要城市更新是促进城市可持续发展的重要工具,既有城市公园作为城市的基本组成单元,对其进行低碳改造更新(下文简称为“低碳更新”)在构建低碳城市的绿色变革中具有重要意义。以既有城市公园为研究对象,从碳减排和碳汇的角度,提出了一种多维度、多层次的既有城市公园低碳更新技术体系,该技术体系集建筑、低碳设施及生态系统碳汇于一体,并以广东省中山市某国家湿地公园为例,对该技术体系进行了验证。研究结果表明:该技术体系可以根据既有城市公园更新的需求与多维低碳技术体系进行灵活适配,同时可以通过碳排放智慧监测管理平台对园区的能源消耗和生态系统碳汇进行碳排放监测,通过量化分析园区的碳排放和碳汇,最终实现对整个公园碳排放的精细化管理。该技术体系可以促进低碳理念在既有城市公园更新实践中的实施,并为城市更新低碳改造项目的组织、管理及实施提供参考。 Urban renewal is an important tool for promoting sustainable development of cities.Urban parks,as the basic components of cities,are of great significant in the green transformation of building low-carbon cities through low-carbon transformation of renewal(hereinafter referred to as"low-carbon renewal").This paper takes existing urban parks as the research object and proposes a multi-dimensional and multi-level low-carbon renewal technology system for existing urban parks from the perspective of carbon reduction and carbon sink.It integrates low-carbon buildings,low-carbon facilities,and ecosystem carbon sink.Taking a national wetland park in Zhongshan City,Guangdong Province as an example,this technology system is verified.The research results show that the technology system can flexibly adapt to the needs of existing urban park renewal and the multi-dimensional low-carbon technology system.At the same time,the energy consumption and ecosystem carbon sink of the park's carbon emissions can be monitored through the carbon emission intelligent monitoring and management platform.By quantitatively analyzing the carbon emissions and carbon sinks of the park,the refined management of the entire park's carbon emissions can be achieved.This technology system can promote the implementation of low-carbon concepts in existing urban park renewal practices,and provide reference for the organization,management,and implementation of low-carbon renovation projects in urban renewal.

作者王花范丽佳季永新陈凯黄晨光 Wang Hua;Fan Lijia;Ji Yongxin;Chen Kai;Huang Chenguang(Engineering Technology Research Institute of CSCEC4B,Guangzhou 510665,China)

机构地区中建四局工程技术研究院

出处《太阳能》 2024年第1期34-42,共9页 Solar Energy

关键词城市公园低碳更新技术体系碳减排碳汇低碳建筑 urban parks low-carbon renewal technical system carbon reduction carbon sink low-carbon buildings

分类号 TM615 [电气工程—电力系统及自动化]

作者简介通信作者:王花(1992-),女,硕士、工程师,主要从事建筑施工技术管理、新能源系统设计方面的研究。2582999079@qq.com。