摘要
为进一步推动浅层地热能的开发利用,积极应对气候变化,响应碳达峰碳中和生态文明建设号召,对汉江流域东津新城可再生能源站进行了规划设计。在充分研究规划区自然生态本底条件的基础上,比选适用的可再生能源生态技术,确定了以含水层储能为主,其他清洁能源技术作为调峰的方案。与常规的燃气锅炉房+电制冷方案相比,冬季供暖减少使用天然气1.1亿m^(3)/a,节约标准煤20.6万t/a,减少二氧化碳排放53.9万t/a,实现了清洁高效低碳安全供能,生态环境保护。
In order to further promote the development and utilization of shallow geothermal energy,actively respond to climate change,and respond to the call of carbon peak and carbon neutral ecological civilization construction,Dongjin new town renewable energy station in Hanjiang River Basin is planned and designed.Based on the full study of the natural ecological background conditions of the planning area,the applicable renewable energy ecological technologies are compared and selected,and the aquifer energy storage is determined as the main energy storage,and other clean energy technologies are selected as the peak shaving scheme.Compared with the conventional gas-fired boiler room+electric refrigeration scheme,the use of natural gas for heating in winter is reduced by 110 million m^(3)/A,standard coal is saved by 206 thousand T/A,and carbon dioxide emission is reduced by 539 thousand T/A.the clean,efficient,low-carbon,safe energy supply and ecological environment protection are realized.
关键词
浅层地热能
可再生能源
生态技术
含水层储能
碳达峰碳中和
Shallow geothermal energy
renewable energy
ecological technology
aquifer energy storage
Carbon peak and carbon neutralization
