aquifer storage

The confined aquifer is influenced by both heat transfer and groundwater flow during storing energy. The temperature field and head field will change a lot, which have an impact on pumping temperature and storage ratio, and then decrease the efficiency of heat pump system.

在储能过程当中，含水层受到地下水流动和传热的耦合影响，其温度场，压力场有较大的变化，进而对抽水温度和储能率造成影响，影响整个热泵系统的效率。

Accustomed models of thermal dispersion used in porous medium and Aquifer Thermal Energy Storage ( ATES) were summarized. The thermal dispersion models can be summed up to two types, one is one power of velocity and the other is multiple of aquifer thermal conductivity.

综述了多孔介质和含水层蓄能中常用的热弥散模型，把热弥散模型归结为两类：速度一次方模型和含水层滞止导热系数倍数模型。

The potential contribution of the seasonal periodic inland recharge from the lower aquifer to SGD is effectively reduced by the large elastic storage of that aquifer.

由于下承压含水层中具有较大的弹性储水率，有效地减小了周期性内陆补给对SGD的贡献量。

Aquifer storage ( ATES ) has become a relatively well-known storage technology in many parts of the world.

地下含水层储能已成为一项在世界上较为 知名 的储能技术.

For PRW, the seasonal thermal energy storage ( STES) alleviated the dependency on aquifer for heat source or sink, and made aquifer as a carrier for heat storage.

抽灌同井运行时的季节性储能很大程度地减轻了对含水层作为热源（汇）的依赖，而让其作为一种蓄热的载体。