双碳背景下建筑减碳设计量化分析——以夏热冬暖地区某住宅项目光伏建筑一体化设计为例

Quantitative Analysis of Building Carbon Reduction Design under the Background of Dual Carbon:Taking the Integrated Design of Photovoltaic Buildings in a Residential Project in a Hot Summer and Warm Winter Area as an Example

近年来,国内外社会对传统能源的储备量与持续使用的时间充满担忧,全球气温升高、气候变暖,节能减排保护环境的呼声在不断加强,作为清洁无污染的可再生能源之一的太阳能具有取之不尽用之不竭的特点,一直是能源以及相关领域的科技工作者努力研究的一种能源形式。住宅建筑作为碳排放强度最高的居住建筑之一,具有较大的减碳潜力。本文针对夏热冬暖地区某住宅项目的光伏发电减碳计量化分析,探讨太阳能光伏建筑一体化如何在住宅建筑中更能促进减碳,总结落实建筑减碳设计的要素指标。

In recent years,both domestic and foreign societies have been concerned about the reserves and duration of traditional energy use.With global temperature rise and climate change,the call for energy conservation,emission reduction,and environmental protection is constantly strengthening.As one of the clean and pollution-free renewable energy sources,solar energy has the characteristic of being inexhaustible and has always been a form of energy which energy and related scientific and technological workers strive to research.Residential buildings,as one of the residential buildings with the highest carbon emission intensity,have great potential for carbon reduction.This article focuses on the quantitative analysis of photovoltaic power generation and carbon reduction for a residential project in a hot summer and warm winter area,exploring how solar photovoltaic building integration can better promote carbon reduction in residential buildings,and summarizing the key indicators for implementing building carbon reduction design.