浅谈城市低碳建筑性能设计评估与优化
A Brief Analysis of the Evaluation and Optimization of Urban Low-Carbon Building Performance Design

随着全球气候变暖，二氧化碳排放量的不断增加，污染愈演愈烈，低碳环保已成为当前建筑设计的首要考虑因素。建筑物成为了二氧化碳的主要释放中心，急需在设计建造时考虑整个使用过程中的低碳性能。为了研究低碳建筑性能设计，本文首先简述了当代低碳建筑的节能理念和现实意义，然后系统分析在低碳模式下建筑物的主要碳排放活动，并运用大数据分析和多因素数据分析，形成了一个低碳建筑性能设计的评估系统，并优化了工程设计中的技术。实验结果可为低碳建筑性能设计提出指导建议，为低碳建筑设计与管理提出理论依据等。
With global warming and a large increase in carbon dioxide gas emissions, environmental pollution is becoming more and more serious, and hence low-carbon environmental protection has become the primary consideration of the current building design. As the main emitter of carbon dioxide, it is urgently necessary for buildings to consider the low-carbon performance during the entire use process of designing and building. For studying the performance design of low-carbon buildings, this paper first describes the energy-saving think and practical significance of contemporary low-carbon buildings, then systematically analyzes the main carbon emission activities of buildings under the low-carbon mode, and utilizes big data analysis and multi-factor analysis to establish an evaluation system for low-carbon building performance design and optimize the key technologies of building design. The experimental results can provide guidance for the performance design of low-carbon buildings, and theoretical basis for the design and management of low-carbon buildings.