Príspevok
State of the art of miniature compressors
DOI: 10.18462/iir.compr.2024.0609
Sekcia: Rotary, scroll, screw, ... compressors II
Stav prijatia: Abstrakt prijatý
Autori
| Meno | Organizácia | |
|---|---|---|
| Mihael Blatnik, MSc | University of Ljubljana, Faculty of Mechanical Engineering | |
| Katja Klinar, Assist. Prof. Dr. | University of Ljubljana, Faculty of Mechanical Engineering | |
| Andrej Kitanovski, Prof. Dr. | University of Ljubljana, Faculty of Mechanical Engineering |
Abstrakt
Thermal management is becoming more challenging due to the increasing compactness and computational power of appliances. While various cooling technologies like thermoelectric cooling, heat pipes, and liquid cooling methods exist, vapour-compression technologies demonstrate the highest power density. However, this technology is not yet sufficiently developed for small-scale systems that generate large amount of heat, such as electronics. In this review, we present technology trends of the development of efficient small-scale compressors used in vapour-compression systems. They are compared in terms of mechanical and isentropic efficiencies, pressure ratio, and COP. Challenges associated with miniature compressors in vapour-compression systems will be presented and discussed to provide guidelines for future research, designing, implementation and development.
Kľúčové slová
compressor, vapour-compression, heat-transfer, cooling, refrigeration, heat pump, heating, miniaturization, pressure ratio, energy efficiency