地埋管地源热泵系统,Ground-Coupled Heat Pump system
1)Ground-Coupled Heat Pump system地埋管地源热泵系统
1.Analysis of heat balance and regional characteristics of ground-coupled heat pump systems;地埋管地源热泵系统热平衡及其地域性分析
2.Geothermal Heat Exchanger is a key component inGround-Coupled Heat Pump systems,but a length calculation method of convenient,correct and suitable for applications does not exist.地埋管换热器是地埋管地源热泵系统的核心组件,但至今其长度计算尚无一种便捷、正确又易于应用的方法。
英文短句/例句
1.Analysis on Current Situation and Existing Problems of Closed-loop Ground Source Heat Pump System地埋管地源热泵系统及存在问题分析
2.ANALYSIS OF HEAT BALANCE IN GROUND-SOURCE HEAT PUMP地埋管地源热泵系统的热平衡问题分析
3.Discussion on Some Problems in the Construction of Buried Tube Ground-source Heat Pump System地埋管地源热泵系统建设中若干问题的讨论
4.Design and Economic Analysis of Ground Source Heat Pump地埋管地源热泵系统设计及其经济性分析
5.Measurement of operation of a GSHP system in winter地埋管地源热泵系统冬季运行测试研究
6.Experimental Research for Ground Source Heat Pump System in Heating Mode地埋管地源热泵系统冬季运行试验研究
7.Study of Thermal Characteristics and Economical Efficiency of Single-U and Double-U Ground Pipe Soil Source Heat Pump System;单、双U 型地埋管地源热泵系统热工特性及经济性的研究
8.Application of Buried Ground-source Heat Pump System in the Heating and Air-conditioning System Project地埋管地源热泵系统在采暖与空调系统工程中的应用
9.Ground-source heat pump system design and operating energy efficiency analysis of an air force airport空军某机场地埋管地源热泵系统设计及运行能效分析
10.The Research on Underground Heat Exchanger for Ground Source Heat Pump;地源热泵系统地下埋管换热器的研究
11.System for Measuring U tube Heat Exchanging Performance of Ground Source Heat Pump地源热泵U型埋管换热性能测试系统
12.The Bury Way and Bury Spacing of Ground-Source Heat Pumps System in Chengdu;成都地区地源热泵系统埋管方式及埋管间距研究
13.The Research of Soil s Temperature of Double U-Tube Ground Source Heat Pump and Economic Analysis of the Heat Pump System;双U型埋管地源热泵土壤温度场的研究与热泵系统的经济性分析
14.Theoretical Analysis and Project Application Study on Ground Exchangers of Ground-Source Heat Pump Systems;地源热泵系统地下埋管换热器理论分析及工程应用研究
15.Quality Control Points of U-tube Ground Heat Exchange Construction in Ground Source Heat Pump System地源热泵地埋管系统U型管施工质量控制要点简述
16.Study on the Heat Transfer Characteristics of Ground Heat Exchangers for Ground-source Heat Pumps;地源热泵地下换热埋管传热特性研究
17.Study of Geothermal Heat Exchanger for Integrated System Soil Thermal Storage and Ground-source Heat Pump;土壤蓄能与土壤源热泵集成系统地埋管换热特性研究
18.Design,adjustment and operation of a ground-source heat pump control system of an airport某机场地埋管地源热泵控制系统设计调试与运行
相关短句/例句
water source heat pump system with buried pipe地埋管水源热泵系统
3)ground-coupled heat pump地埋管地源热泵
1.Heat transfer performance and temperature field of soil around horizontal buried heat exchangers forground-coupled heat pump system地埋管地源热泵水平埋管冬夏季工况换热性能及土壤温度场
2.Nine kinds ofground-coupled heat pump central AC systems design schemes were proposed and the characteristic and applicability were discussed individually depending upon the running conditions in summer and winter and the balance between the amount of heat extracted and rejected from the ground and also the different regional climates of China.根据地埋管地源热泵中央空调夏、冬季运行,对地层岩土体累积排热量、累积取热量的平衡状况及我国的地域气候状况,提出了9种设计方案,并逐一论述了各自的特性及其适用性。
4)ground heat pump地埋管地源热泵
1.Based on the investigation results of ground-source heat pump projects in this area,analyses the problems of groundwater heat pump systems andground heat pump systems existed in project application,and puts forward respective technical and management countermeasures.基于武汉地区地源热泵工程的调查,分析了地下水地源热泵系统和地埋管地源热泵系统在实际工程应用中存在的问题,并提出了相应的技术和管理对策。
2.Analyses operation testing data of groundwater heat pump system andground heat pump system served for representative quarters in this area.对武汉地区典型住宅小区地下水地源热泵系统和地埋管地源热泵系统的运行测试数据进行了分析,获得了地源热泵系统夏、冬季工况下用户侧和地下侧的供回水温度变化规律、机组与系统的COP及运行费用。
5)heat exchanger for ground-source heat pump地源热泵埋管换热器
1.The research progress of heat transfer model of theheat exchanger for ground-source heat pump;地源热泵埋管换热器传热模型的研究进展
6)Groundcoupled heat pump地埋管热泵
延伸阅读
埋管式地源热泵技术促进节能产业直接利用地下土壤和地上空间季节性温度差，在夏季用于空调制冷、在冬季用于供暖供热的设想，如今已经变为现实。目前，这项地源热泵新技术经过众多天津市科研技术人员多年的反复试验已获得成功，天津市企业又将该技术发展为埋管式地源热泵，应用范围更加广泛。该技术现已运用在天津市红桥区老干部活动中心等工程中。 目前，国家鼓励发展可再生能源和新能源的高技术产业专项，其中太阳能供热和地源热泵供热制冷被列入重点领域。据介绍，地下土壤中蕴藏着丰富的温度资源，夏季地下土壤的温度低于地上空间的温度，冬季地下土壤的温度高于地上空间的温度。地源热泵技术就是利用这种季节性温度差，通过专门装置在夏季将地下土壤的低温资源转换到地上空间制冷，在冬季将地下土壤的高温资源转换到地上空间供热。而埋管式地源热泵更为直接，它把换热器埋设在土壤中，管内有密闭的水循环与土壤进行热量的交换，冬天吸收土壤蕴藏的热量，夏天把热量释放到土壤中储存，待冬天再用，对地下水资源不会造成影响。采用这种技术制造的中央空调不燃油、不燃气、不燃煤，根据需要灵活控制，开关由己，冷暖自如。 技术人员介绍说，按全市房屋施工面积3000万平方米计算，如果其中1000万平方米建筑采用埋管式地源热泵技术，每年可节约标准煤11.9万吨，可减少烟气排放量13亿立方米，并且比传统中央空调系统运行费降低30%到60%。
