基于固碳释氧效益评价下高校低碳建设策略研究
Research on Low-Carbon Construction Strategies of Universities Based on Carbon Sequestration and Oxygen Release Benefits Assessment

当前世界能源使用结构仍然是以石油、天然气和煤炭三大传统能源为主。随着生活水平的提高，能源的大量使用使温室效应已成为国际社会面临的严重问题。校园碳排放量在城市中所占比重较大，对其进行固碳释氧效益评价并设计改造，减少碳排放量，对实现“双碳”目标有着重大意义。以徐州某高校为例，进行固碳释氧效益评价，根据建立的碳核算模型计算校园整体碳排放量，并设计建立光伏并网发电系统减少碳排放。
At present, the world’s energy use structure is still dominated by three traditional energy sources: oil, natural gas and coal. With the improvement of living standards, the extensive use of energy has made the greenhouse effect a serious problem facing the international community. The carbon emissions from campus buildings account for a large proportion of the city’s total emissions. Therefore, evaluating the benefits of carbon sequestration and oxygen release and designing and renovating them to reduce carbon emissions is of great significance for achieving the “dual carbon” goal. Taking a university in Xuzhou as an example, the benefits of carbon sequestration and oxygen release were evaluated. The overall carbon emissions of the campus were calculated based on the established carbon accounting model, and a photovoltaic grid-connected power generation system was designed to reduce carbon emissions.