J. Deng, R.Z. Wang, G.Y. Han. A review of thermally activated cooling technologies for combined cooling, heating and power systems, Progress in Energy and Combustion Science, Volume 37, Issue 2, April 2011, Pages 172-203

Abstract

The state of the art of research in thermally activated cooling technologies for combined cooling, heating and power (CCHP) systems are presented here in detail, mainly including absorption and adsorption refrigeration, and desiccant cooling. A basic description of thermally activated cooling is given first. Next, according to the diverse categories of thermally activated cooling, the working principles, products markets available or under development, diverse combinations of thermally activated technologies in CCHP applications or experimental units, and existing problems are listed and discussed through a comprehensive review of the literature. Furthermore, more recent advanced research of thermally activated cooling in innovative concept, material and technologies are included. Finally, detailed summary and suggestions are proposed for proper utilization of thermally activated cooling technologies, and the future development roadmap and preferred strategies are also outlined. The review will demonstrate that thermally activated cooling technologies are attractive alternatives that not only serve the need for air-conditioning, refrigeration, dehumidification, and augmenting prime movers, but also can meet the demand for energy conservation and environmental protection.   

 

     邓建的学术论文非常详细深入讨论了冷热电联产技术中的关键点：热驱动制冷技术，热驱动制冷技术（吸收、吸附、除湿等）种类繁多，面对冷热电联产发动机余热，各类热驱动制冷技术如何选择？如何匹配？如何获得实际应用？经济性如何？ 需要解决的问题是什么？有何成果的案例？ 邓建等的论文给予了分析和讨论，并指出了发展方向。

 

     Progress in Energy and Combustion Science （IPF=11.0）是能源与机械领域影响因子最高的期刊。制冷所王如竹团队于2006年曾经在该刊物上发表过2篇论文， 分别是当时中国大陆地区在该期刊上发布的第二、第三篇论文。