基于多能源融合技术的通信电源能效优化研究

Research on Energy Efficiency Optimization of Communication Power Supply Based on Multi-energy Fusion Technology

通信电源作为支撑通信设备正常运行的关键组成部分,其能效表现直接影响着通信网络的运行成本和效率。由于目前通信电源系统存在诸多技术缺陷,如电源设备老化、缺乏智能化管理、存在谐波污染等,导致能源浪费和通信设备运行不稳定。基于此,利用多能源融合技术,优化通信电源的能效表现,降低能源消耗,以提高通信设备运行的稳定性和可靠性。对通信电源系统进行全面的分析和评估,准确识别出了现有技术存在的缺陷。同时,提出基于多能源融合技术的优化策略,并验证了该策略的有效性和可行性。结果表明,基于多能源融合技术的通信电源能效优化策略取得了显著成果,能够进一步提升通信能源系统的稳定性与可靠性。

Communication power supply is a key component to support the normal operation of communication equipment,and its energy efficiency performance directly affects the operating cost and efficiency of communication network.At present,there are many technical defects in communication power supply system,such as aging power supply equipment,lack of intelligent management and harmonic pollution,which leads to energy waste and unstable operation of communication equipment.Based on this,this paper uses multi-energy fusion technology to optimize the energy efficiency performance of communication power supply,reduce energy consumption,and improve the stability and reliability of communication equipment operation.In this paper,the communication power supply system is comprehensively analyzed and evaluated,and the defects of the existing technology are accurately identified.At the same time,an optimization strategy based on multi-energy fusion technology is proposed,and its effectiveness and feasibility are verified.The results show that the energy efficiency optimization strategy of communication power supply based on multi-energy integration technology has achieved remarkable results,which can further improve the stability and reliability of communication energy system.