CAJ | 학술논문

为了使沈阳市地下水地源热泵系统能健康有序地发展，利用层次分析(AHP)法，以MapGIS为平台，综合考虑工作区地质水文地质条件、地下水动力场、地下水化学特征等因素，建立了地下水富水性、地下水回灌能力、地下水水位埋深、地下水径流条件、含水层渗透系数、地下水Fe含量、地下水总硬度等7项评价指标，对沈阳市辖9区范围内地下水地源热泵适宜性进行了评价。结合沈阳市已建地下水地源热泵工程调查情况表明，沈阳市已建地下水地源热泵工程大多集中在所规划的适宜区内，建立的评价指标体系合理，评价结果可以作为沈阳市浅层地温能开发利用规划的依据。
위료사침양시지하수지원열빙계통능건강유서지발전，이용층차분석(AHP)법，이MapGIS위평태，종합고필공작구지질수문지질조건、지하수동력장、지하수화학특정등인소，건립료지하수부수성、지하수회관능력、지하수수위매심、지하수경류조건、함수층삼투계수、지하수Fe함량、지하수총경도등7항평개지표，대침양시할9구범위내지하수지원열빙괄의성진행료평개。결합침양시이건지하수지원열빙공정조사정황표명，침양시이건지하수지원열빙공정대다집중재소규화적괄의구내，건립적평개지표체계합리，평개결과가이작위침양시천층지온능개발이용규화적의거。
In order to make groundwater source heat pump system rational and orderly development in Shenyang, the suitability of groundwater source heat pump system of nine districts in Shenyang is evaluated by the analytic hierarchy method (AHP), based on MapGIS platform, comprehensively considering geological and hydro geological conditions, groundwater dynamic field and groundwater chemical char-acteristics of the work area, setting up seven evaluation indexes, including the groundwater abundance, groundwater recharge capability, em-bedded depth of groundwater table, groundwater flow, permeability coefficient of aquifer, the Fe content and total hardness of groundwater. The evaluation results show that most existed groundwater source heat pump projects are inside the suitable planning area of Shenyang, the comprehensive evaluation index system is reasonable, evaluation results can be used as the basis of developing and utilizing shallow geother-mal energy in Shenyang.