低排放分析平台LEAP:应对气候变化下的应用与挑战
Low Emissions Analysis Platform(LEAP):applications and challenges in addressing climate change
吴沛泽 1陈莎 1刘影影 1李晓桐 1杜展霞 1崔淑芬 2姜克隽3
作者信息
- 1. 北京工业大学环境科学与工程学院区域大气复合污染北京市重点实验室,北京 100124
- 2. 丽水学院,丽水 323000
- 3. 中国宏观经济研究院能源研究所,北京 100038
- 折叠
摘要
为应对全球气候变化,如何根据地区发展的差异性选择合适的转型技术和路径是推进减污降碳协同实现高质量发展的关键.以自下而上方式构建的低排放分析平台(Low Emissions Analysis Platform,LEAP)以其高灵活性和丰富的技术细节,以及能源系统建模与优化、情景分析模拟等功能在能源转型路径评估和支持协同减污降碳目标上得到广泛的应用.文中系统性解析LEAP的结构与功能,对比分析了2017 年以来LEAP在评估不同领域转型路径和减排政策的能源消耗水平、减排成本及其环境影响等方面的应用.在气候变化背景下,LEAP应增强在水资源、土地利用及健康效应等关键问题上的功能拓展,应对城市层面、新经济支柱领域转型及碳减排等方面的挑战,促进各地区在减污降碳协同与经济发展间找到最佳平衡,从而推动制定和实施更有效的气候政策和行动计划.
Abstract
Responding to global climate change,selecting appropriate transition technologies and pathways based on regional development differences is crucial for advancing high-quality development through coordinated pollution reduction and carbon mitigation efforts.The Low Emissions Analysis Platform(LEAP),which is constructed in a bottom-up manner,is widely used for assessing energy transition pathways and supporting coordinated pollution reduction and carbon mitigation goals due to its high flexibility,detailed technical capabilities,and features such as energy system modeling,optimization,and scenario analysis.This paper systematically analyzes the structure and function of LEAP,compares and analyzes the application of LEAP in evaluating the energy consumption levels,emission reduction costs,and environmental impact of different transformation paths and emission reduction policies in different fields since 2017.In the context of climate change,LEAP should enhance its functional expansion on key issues such as water resources,land use,and health effects.It should also address challenges related to urban-level transitions,new economic pillar sectors,and carbon reduction.This will promote the best balance between pollution and carbon reduction synergy and economic development in various regions,thereby promoting the formulation and implementation of more effective climate policies and action plans.
关键词
应对气候变化/能源转型/低排放分析平台(LEAP)/减污降碳协同/高质量发展Key words
Addressing climate change/Energy transformation/Low Emissions Analysis Platform(LEAP)/Synergies for reducing pollution and carbon/High-quality development引用本文复制引用
基金项目
浙江省科技厅"领雁"研发攻关计划项目(2022C03119)
&&(ELEVATE-101056873)
出版年
2024
国家科技期刊平台
NSTL
万方数据