摘要
环境与能源问题已经成为了制约现代城市发展的重要因素。地下含水层储能为解决城市发展过程中能源短缺以及环境污染提供了良好的途径。地下含水层储能不但可以减少废气(例如CO2、SO2)的排放,而且可以避免城市热岛效应的产生。文中介绍了地下含水层储能的基本原理、多种地下水流动边界与初始条件,建立了在含水层储能的数学模型。
Along with the extensive application modern city air condition and energy crisis,the energy crisis has become an important problem that impedes the development of modern society.Aquifer Thermal Energy Storage(ATES)can offer a good solution for modern city energy shortage and Environmental protection,at the same time Aquifer Thermal Energy Storage can also reduce the waste gas exhausted such as CO2,SO2.This text introduced the principle,Mathematics model and the improvement of ATES,also boundary and initial condition of flowing ground water.
出处
《能源研究与利用》
2005年第1期14-18,共5页
Energy Research & Utilization
基金
国家自然科学基金资助项目50278052。
关键词
含水层储能
井
节能
热(冷)
模型
aquifer thermal energy storage(ATES)
well
energy saving
heat(cool)
modle
