基于安全概率评估的通信机房应急油机调度方案

Emergency generator scheduling scheme for communication room based on safety probability evaluation

随着5G、F5G和边缘计算等新一代通信技术快速规模商用,汇聚层机房和接入层机房开始承担起各类新型应用和业务的接入承载需求,应急发电保障乃是重中之重。目前各运营商通信机房基本按照固定比例配置应急油机,且比例无相关标准,可能导致应急油机配置过多、日常维护利用效率不高、应急油机配置不足引起安全隐患或应急油机保障区域过大导致部分区域无法及时发电等问题。为解决上述问题,本文提出和应用了“应急油机复用网格模型”和“基于安全概率评估的应急油机资源调度配置方法”,获得合理、高效、安全的通信机房应急发电机配置方案。同时将方法用于某运营商通信机房应急油机配置,有效解决当前行业中通信机房应急油机规划部署问题。

With the rapid commercialization of next-generation communication technologies such as 5G,F5G and edge computing,the convergence room and service access room begin to carry all kinds of new services and applications,and emergency power generation guarantee is the top priority.At present,operators'communication rooms are equipped with emergency generators in accordance with a fixed proportion,and there is no relevant standard for the proportion.This may cause problems such as low maintenance effi ciency due to excessive emergency generator confi guration,security risks caused by insuffi cient emergency generator confi guration,or failure to generate power in some areas due to excessive emergency generator support area.In order to solve the above problems,this paper proposes and applies"the model of emergency generators reuse grids"and"emergency generator scheduling configuration method based on security probability"to obtain a reasonable,effi cient and safe emergency generator allocation scheme for communication room.At the same time,the method is applied to the emergency generator confi guration in the communication room of a certain operator,which eff ectively solves the problem of emergency generator planning and deployment in the communication room in the current industry.