摘要:在当今社会的各类建筑中，大量采用先进的空调系统已经成为现代建筑技术的重要标志之一。是现代建筑创造舒适高效的工作和生活环境所不可缺少的重要基础设施，对空调系统的设计、安装和运行管理不仅直接关系到业主和用户的根本利益，而且也关系到对生态环境和整个社会可持续发展的影响。

　　以节能和环保为主要特征的地源热泵系统在整个空调行业具有良好的发展势头。但这一技术目前还不甚广泛，在设计和运行中还存在着一系列期待解决的问题，因此有必要全面地了解地源热泵空调系统的运行特性，发现现有运行系统中可能存在的问题，开发新的地热能利用方式。

　　本文通过市场调研和查阅文献资料，对地源热泵系统的现状和研究进展进行调研，为论文整体的工作奠定基础。重点在于明确传统地源热泵应用中存在的有点和缺点，同目前处于研究新型地源热泵系统进行比较，分析各自的优缺点，从而得出地源热泵新技术应用的优化策略。

关键词：地源热泵，节能，新技术，优化策略

Abstract:Nowdays,many buildings in the society, adopts advanced air conditioning system has become an important symbol of modern construction technology of one. It is the indispensable important infrastructure of modern architecture creating comfortable efficient working and living environment and, to air conditioning system design, installation and operation management not only directly relates to the fundamental interests of the owners and users, but also relates to the whole of the ecological environment and sustainable development of the social influence.

　　The energy-saving and environmental protection as the main characteristics of the ground source heat pump system in the whole air conditioning industry has a good momentum of development. But the technology is still not very widely in design and operation, still exists a series of unsolved problems, therefore, it is necessary to fully understand the ground source heat pump air conditioning system of the operation characteristic, found in the existing system for possible problems, developing new geothermal energy use means.

　　This article through the market research and literature of ground source heat pump system, the status and research progress of research for your papers overall work, lay the foundation. Key is to define the traditional ground source heat pump in the application of a bit and shortcomings, now in study with new ground source heat pump system for comparison and analysis the advantages and disadvantages of each, and concluded that the ground source heat pump new technology application optimization strategy.

Keywords: ground source heat pump, energy-saving, new technology, optimization strategy