沈阳城区地下水温特征及其在水源热泵规划设计中的应用

摘要

In order to understand the distribution of underground water temperature in Shenyang City, and to guide the water source heat pump project planning and design. This paper through the statistical analysis of Shenyang City 88 groundwater temperature monitoring well data, drawn in different quarters of underground water temperature contour map by the spatial variability of Kriging interpolation method, mastered the characteristics of spatial distribution of underground water temperature, and also through the 13 underground water temperature of water source heat pump project monitoring wells in the analysis of monitoring data of underground water temperature and the influence factors of vertical zonality, thus to grasp the change rule of underground water in Shenyang City, and provide some guidance to guide the planning and design of underground water source heat pump project.%为了解沈阳城区地下水温分布规律，以便指导水源热泵工程规划设计，通过对沈阳城区88个地下水温监测井的数据统计分析，利用空间变异克里金（Kriging）插值法绘制了城区不同季度地下水温等值线图，掌握了地下水温空间分布特征，通过13个水源热泵工程监测井地下水温监测资料分析地下水温影响因素和垂向分带性，从而为掌握沈阳城区地下水温变化规律，指导地下水源热泵工程规划设计提供一定的指导作用。