在瑞典，大多数新建的住宅建筑都已经由地源热泵系统供暖。
Most new residential buildings in Sweden are already heated with ground-source heat pumps.
本发明公开了一种双效的地源热泵系统。
The invention discloses a double-effect ground source heat pump system.
提供了地源热泵系统安装，启动和试运行指南。
Provides guidelines for installation, startup and commissioning of ground-source systems.
地源热泵系统是一种节能减排的规模化猪场环境控制方式。
Therefore, it is an energy saving and emission reducing mode of environmental control for scaled pig farms.
地源热泵系统还可以集采暖、空调制冷和提供生活热水于一身。
Ground source heat pump system can also set heating, air conditioning and refrigeration and provide living hot water in a body.
介绍了建筑节能的概念和要求，阐述了地源热泵系统的运行原理。
The concept and requirements of building energy efficiency were introduced. Operation principle of ground-source heat pump system was described.
计算结果为地源热泵系统的动态模拟、优化设计及改进提供了参考。
The result can be used as a reference for the dynamic simulation, optimum design and improvement of GSHP.
地源热泵系统包括地下水热泵系统、土壤源热泵系统和地表水热泵系统。
GSHP can be subdivided into groundwater heat pump (GWHP), ground-coupled heat pump (GCHP), and surface water heat pump (SWHP).
介绍了地下土壤的热平衡问题，采用太阳能辅助加热的混合式地源热泵系统是有效的方法。
This paper introduces heat balance problems of underground soil, effective method of mixed GSHP for solar energy.
地下换热器是地源热泵系统重要的组成部分，单u型管是当前广泛使用的地下换热器形式。
Ground heat exchanger is an important component of the ground Coupled heat Pump (GCHP) system and a single U-tube is the most common type of ground heat exchanger.
闭环埋地换热器与周围土壤和岩石层的热量交换速率是闭环地源热泵系统设计和成功运行的关键。
It is very important to determine the heat transfer between ground heat exchanger and surrounding soil for a closed ground source heat pump.
而本文为了利用现代城市的河流等水资源，对使用水源辅助散热的复合地源热泵系统进行了研究。
In order to using the river resources in modern city, the HyGSHPs with supplemental heat rejecter using water is researched in this paper.
目前关于地源热泵的应用技术研究主要集中在地源热泵系统地下埋管换热器的热力与传热特性研究方面。
At present the application on the ground-source heat pump technology research focus on heat exchangers in ground-coupled heat pump system for the thermal and heat transfer characteristics research.
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。
Geothermal Heat Exchanger is a key component in Ground-Coupled Heat Pump systems, but a length calculation method of convenient, correct and suitable for applications does not exist.
此外，并介绍了混合式地源热泵系统的几种常见形式，并对它们各自的原理和所适用的最佳地域范围，进行了分析。
In addition, several common types for these pumps were introduced and analysis on its principle and optimal territorial range used was carried out.
结果表明，短时间步温度反应系数模型可以较好地预测埋地换热器的换热性能，为地源热泵系统的设计与优化提供了依据。
The result proves that the short time step model can be used to predict heat exchange performance of the underground heat exchanger and to design and optimize a ground source heat pump system.
以地埋管换热器、辅助散热系统和热泵机组模型依据不同控制方法编程组合成水源辅助散热的复合地源热泵系统和传统地源热泵系统模型。
The model of HyGSHPs and traditional GSHPs are built up using program with the ground heat exchanger, supplemental heat rejecter system and the unit model according to various control methods.
地源热泵是公认的最有效的加热和冷却系统的一个市场上。
Ground source heat pumps are recognized as one of the most efficient heating and cooling systems on the market.
提出了地源热泵—辐射地板联合系统的概念，阐述了该系统基本原理以及运行和控制模式。
The integrated system combined radiant floor with ground-source heat pump is discussed. The basic theory, various operating and controlling models of the system are described.
然后结合当前小型地源热泵的应用特点，设计开发了附加的远程控制系统，可以通过用户电话线实现远程控制。
Then, considering the application characteristics of small ground source heat pump at present, additional remote controller was designed and exploited. Remote control can be achieved via.
带闪发器的热泵系统可以有效地改善空气源热泵在低温环境下运行的制热性能和运行可靠性。
The heat pump system with flash-tank can effectively improve the efficiency and reliability of air-source heat pumps running in low-temperature environment.
介绍了该别墅地埋管地源热泵空调系统中地埋管换热器的计算方法。
Presents the calculating method of ground heat exchanger in the ground-source heat pump system.
本文介绍了使用可再生能源的地源热泵、太阳能空调系统的工作原理，分析了它们的特点和应用前景。
This paper introduces ground source heat pump, solar energy air conditioning system's working principle, analyses their features and prospects.
结合工程实例，介绍了太阳能地源热泵空调系统的设计思路和运行方式。
Basing on a practical project, the design methods and operating ways of this system were introduced.
地源热泵空调系统是目前可以利用的对环境最友好和最有效的供冷、供暖空调系统。
Ground resource heating pump air-conditioning system is the most friendly and most effective heating and Cooling system air-conditioning system to the environment that people may utilize till today.
通过实验验证，地下水源热泵系统以及地埋管系统均比户型空调机组的性能系数高。
According to the test parameters, the performance of the heat pump is better than the common air conditioning unit.
结合成都金沙遗址博物馆地源热泵地下水换热系统工程的施工实践，介绍了选择适宜的管井结构、合理布置抽水井和回灌井、对井口装置进行密闭、二次洗井等施工关键技术。
The advanced technologies such as water source heat pump and double well reinjection used in the geothermal water heating project in the Xiong County of Hebei Province were introduced.
地源热泵空调系统是真正意义上的绿色环保的中央空调系统。
Ground-source heat pump air-conditioning system is the green and environment-protective protection central air-conditioning system of real sense.
地源热泵空调系统是真正意义上的绿色环保的中央空调系统。
Ground-source heat pump air-conditioning system is the green and environment-protective protection central air-conditioning system of real sense.
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