摘要
本文以北京某大型通信机楼的空调系统节能改造为例,分析了间接蒸发冷却系统与水氟换热技术在机房空调节能改造方面的优势,并且对其实际运行期的节能表现开展了量化分析。结果显示,该系统在保障机房温湿度环境稳定的同时,提高了能效比,降低了运行费用,展示了显著的节能减碳潜力。研究成果可为数据中心和通信机房的节能改造提供有价值的参考。
This study examines the energy-saving renovation of the air conditioning system in a large communication building in Beijing.We analyze the advantages of integrating an indirect evaporative cooling system with water-fluorine heat exchange technology for data center air conditioning retrofits.A quantitative analysis of the system's energy performance during actual operation was conducted.The results indicate that the system enhances energy efficiency,reduces operational costs,and exhibits substantial energy-saving and carbon reduction potential while maintaining stable temperature and humidity conditions in the data center.The findings provide valuable insights for the energy-efficient retrofitting of data centers and communication facilities.
作者
刘永彬
林武隽
安雪峰
杨新
LIU Yong-bin;LIN Wu-jun;AN Xue-feng;YANG Xin(China Telecom Corporation Limited Beijing Branch,Beijing 100032,China)
出处
《电信工程技术与标准化》
2024年第S01期298-301,共4页
Telecom Engineering Technics and Standardization
关键词
间接蒸发冷却
通信机楼
PUE
低碳
indirect evaporative cooling
communication building
PUE
low carbon
