CAJ | 학술논문

建筑碳排放是温室气体的主要碳排放源之一。城镇化后期，随着服务业发展和居民生活水平的提高，我国建筑能耗呈逐渐上升的趋势。因此，建筑碳排放权交易制度设计时，碳排放总量控制要考虑现有存量和未来增量。深圳的建筑碳排放权交易机制设计，以建筑能耗限额作为总量控制和配额分配的基准，综合考虑了建筑能耗模拟值、现在值和增长潜力，综合了现有法律和能耗监测基础，并确定了三个阶段的实施步骤，为我国建筑碳排放权交易市场的建立提供参考．
건축탄배방시온실기체적주요탄배방원지일。성진화후기，수착복무업발전화거민생활수평적제고，아국건축능모정축점상승적추세。인차，건축탄배방권교역제도설계시，탄배방총량공제요고필현유존량화미래증량。심수적건축탄배방권교역궤제설계，이건축능모한액작위총량공제화배액분배적기준，종합고필료건축능모모의치、현재치화증장잠력，종합료현유법률화능모감측기출，병학정료삼개계단적실시보취，위아국건축탄배방권교역시장적건립제공삼고．
Carbon emissions of buildings are one of the major carbon sources of greenhouse gases. In the late stage of urbanization, with the development of service industry and the improvement of living standards of residents, building energy consumption shows a gradually rising trend. Carbon emissions cap in the design of carbon emissions trading system of Building in China should consider existing carbon emission stock and increment of the future. Building carbon emissions in Shenzhen are already accounts for 23% of the carbon emissions in the whole society. Taking building energy consumption quota as the total amount control and quota allocation benchmark, building energy consumption quota considers the building energy consumption simulation value, present value and growth potential. Integrated the existing laws and monitoring energy, consumption base, design building carbon emissions trading mechanisms, MRV criterion, and the approach of three phases were determined, for the establishment of building carbon emissions trading market in China to provide the reference.