Experimental studying of a small combined cold and power system driven by a micro gas turbine

Thermodynamic analysis of a micro turbine CHP system integrated with absorption-compression heat pump

“…以微型燃气轮 机为核心的分布式能源系统可以根据用户需求和当地 的资源特点集成不同的余热回收技术, 得到国内外学 者广泛关注 [3] . 现有的技术主要有同余热锅炉或余热型 溴化锂制冷机结合的冷热电联产系统, 以及同燃料电 池联合的分布式发电系统 [4,5] .…”

CCHP Literature

“…A photograph of the airhandling unit is presented in Figure 1.17. Figure 1.17 The air-handling unit and its desiccant wheel [47] Another experiment [48] used a Capstone MGT with a capacity of 28 kW and a double-effect absorption chiller. The MGT is fired with propane.…”

A review of combined power and cooling cycles

“…Their analysis showed that feeding the waste heat from the gas generator to the refrigeration system could increase the overall efficiency of the system from 39.5% to 47.8%. Sun and Xie tested a small combined cooling and power (SCCP) system, which consists of a micro gas turbine generator for electric power production and an absorption refrigeration unit that produces chilled water for an air conditioning system. Their experiments showed that the SCCP system could provide 24.5 kW electric power and 52.7 kW cold simultaneously, with 106.4 kW equivalent of propane consumption by the micro gas turbine.…”