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5G通信基站电源系统中的节能技术分析

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新能源发电控制系统的设计是对太阳能与风能的最优捕获与转换进行系统配置,以确保5G通信基站能源供应的连续性与稳定性.文章中梯级电池利用策略重点解决电池生命周期内的能效问题,通过二次使用策略,延长电池使用寿命并减少废弃物的产生;电池地埋技术则通过土壤散热优势,显著降低电池运行过程中的温度;智能通风技术的实施优化5G通信基站内部的温控管理,有效减少冷却系统的能源需求.
Analysis of Energy Saving Technology in 5G Communication Base Station Power System
The new energy generation control system is designed to optimize the capture and conversion of solar and wind energy,and to configure the system to ensure the continuity and stability of the base station's energy supply.The graded battery utilization strategy focuses on solving the energy efficiency problem during the life cycle of the battery,and extends the service life of the battery and reduces the generation of waste through the secondary use strategy.Battery underground technology significantly reduces the temperature of the battery during operation through the advantage of soil heat dissipation.Intelligent ventilation technology is implemented to optimize the temperature control management inside the base station,effectively reducing the energy demand of the cooling system.

5G communicationbase station power supply systemenergy saving technology

郭翔

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中国铁塔股份有限公司江苏省分公司,江苏南京 210018

5G通信 基站电源系统 节能技术

2024

通信电源技术
武汉普天通信设备集团有限公司

通信电源技术

影响因子:0.389
ISSN:1009-3664
年,卷(期):2024.41(15)