摘要
当前通信机房多采用阀控式铅酸蓄电池作为应急备电,仅在市电中断时供电,未能充分发挥储能潜力。随着5G与云网融合推进,机房能耗攀升,叠加“双碳”目标及峰谷电价政策,传统模式难以为继。结合机房实际,宜推广锂电储能、光伏发电或光储一体模式,实现削峰填谷、降本增效,助力运营商节能减碳,提升能源利用效率,推动绿色低碳转型。
Currently,valve-regulated lead-acid batteries are widely used as emergency backup power in communication equipment rooms,supplying power only when the grid power is interrupted,failing to fully utilize the potential of energy storage.With the advancement of 5G and cloud-network integration,energy consumption in equipment rooms has risen.Coupled with the"dual carbon"goals and peak-valley electricity pricing policies,the traditional model is becoming unsustainable.Considering the actual situation of equipment rooms,it is advisable to promote lithium-ion energy storage,photovoltaic power generation,or integrated photovoltaic and energy storage models to achieve peak shaving and valley filling,reduce costs,and increase efficiency.This will help operators save energy,reduce carbon emissions,improve energy utilization efficiency,and promote green and low-carbon transformation.
作者
邓万志
Deng Wanzhi(Guangdong Southern Telecom Planning and Consulting Design Institute Co.,Ltd.,Huizhou 516000,China)
出处
《办公自动化》
2025年第24期126-128,共3页
Office Informatization
关键词
通信机房
电源系统峰谷电价
锂电光储
节能减排
储能
communication equipment rooms
peak-valley electricity pricing
integrated lithium-PV storage
energy conservation and emission reduction
energy storage
