国际热泵技术发展热点分析 ——第14届世界热泵大会跟踪
Analysis of hotspots in development of international heat pump technology—Tracking of 14th World Heat Pump Conference
摘要：
热泵技术是国际能源署认证的减碳技术措施之一,可高效利用可再生能源实现低碳供热,在全球得到了广泛的应用。由国际能源署热泵技术合作委员会(IEA HPT TCP)组织的世界热泵大会,是全球首屈一指的热泵技术交流平台,本文通过对2023年第14届世界热泵大会进行论文综述,介绍了国际热泵政策,对工业高温热泵、环保工质研发、地源热泵技术、空气源热泵技术、吸收式热泵技术、热泵和电网交互技术6个研究热点的研究工作和成果进行了说明,分析了热泵技术发展趋势和在不同区域的发展特点,并对热泵技术在建筑供热领域和工业供热领域应用的未来进行了展望。
Abstract：
Heat pump technology is one of the carbon reduction technological measures recommended by the International Energy Agency, which can efficiently utilize renewable energy to achieve low-carbon heating, and has been widely applied worldwide. The World Heat Pump Conference, organized by the International Energy Agency’s Technology Collaboration Programme on Heat Pumping Technologies (IEA HPT TCP), is the world’s leading platform for exchanging heat pump technology. This paper provides a review of the 14th World Heat Pump Conference in 2023, and presents the current heat pump policies. It explains the specific research work and achievements carried out in six research hotspots, namely industrial high-temperature heat pumps, environmentally friendly refrigerant research and development, ground-source heat pump technology, air-source heat pump technology, absorption heat pump technology, and heat pump and grid interaction technology. It also analyses the development trends and characteristics of heat pump technology in different regions, and looks forward to the future application of heat pump technology in the field of building heating and industrial heating.
Keywords:heat pump technology; world heat pump conference; heat pump policy; research hotspot;development trend