麓谷机房热管节能改造分析

Analysis of Heat Pipe Energy Saving Transformation in Lu-Valley Machine Room

摘要: 在2030“碳达峰”及2060年的“碳中和”背景下，各行业纷纷出台各项标准与应用低碳技术以响应国家政策。而IDC (Information Data Center)机房其能耗呈井喷式增长，节能降耗迫在眉睫。针对该形式，日前省发改委出台了“数据中心及5G基站”低碳行动方案。热管自然冷却是降低这一能耗的有效方法之一，目前单元式水冷多联热管系统被广泛应用于数据中心。本文针对长沙地区麓谷电信机房热管空调改造项目进行建模分析，并以实测值验证。结果表明，系统的年节电约为190万度。是值得在全国范围推广的技术。

Abstract: Under the background of “carbon peak” in 2030 and “carbon neutrality” in 2060, various industries have issued various standards and applied low-carbon technologies in response to national policies. However, the energy consumption of IDC (Information Data Center) machine rooms is increasing in a blowout way, and energy conservation and consumption reduction are imminent. In view of this form, the Provincial Development and Reform Commission recently issued a low-carbon action plan of “data center and 5G base station”. The natural cooling of heat pipe is one of the effective methods to reduce this energy consumption. At present, the unitary water-cooled multiple heat pipe system is widely used in the data center. In this paper, the modeling and analysis of the Lu-Valley telecommute-room heat pipe air conditioning reconstruction project in Changsha area are carried out, and verified by the measured values. The results show that the annual power saving of the system is about 1.9 million kilowatt hours. It is a technology worth popularizing nationwide.