基于不确定层次分析法的电力光缆网健康度评估研究

Research on Health Assessment of Power Optical Cable Network Based on Uncertain Analytic Hierarchy Process

摘要: 随着电力光缆网络规模的不断扩大，网络的层次逐渐增多，网络结构也日趋复杂，对电力通信系统的运行管理提出了新的挑战。电力信息通信作为能源与信息通信技术的交叉与融合点，也将发挥更大的作用，承担更大的责任。目前对光缆网的监视较大程度上还停留在网络发生问题后的响应，对光缆网的巡视管理缺乏针对性，效率低下，影响了通信业务运行的安全性和稳定性。本文基于不确定层次分析法，对光缆网相关的资源数据、环境数据、性能数据指标进行统一建模，提出对于电力光缆网的健康度评估模型，并基于此模型，实现了光缆网的状态检修，改善了电力光缆网络运行状态监测管理和运维工作模式，为电力通信的运维和管理提供了更好的技术支撑。

Abstract: With the continuous expansion of power optical cable network scale, the network level is gradually increasing, and the network structure is becoming more and more complex, which poses new challenges to the operation and management of power communication system. As the intersection and integration point of energy and information communication technology, electric power in-formation communication will play a greater role and assume greater responsibility. At present, the monitoring of the optical cable network still stays in response to the network problems to a large extent. The inspection management of the optical cable network is the lack of pertinence and inefficient, which affects the security and stability of the operation of communication services. Based on the uncertain analytic hierarchy process (AHP), this paper unifies the modeling of re-source data, environment data and performance data indicators related to the power cable network, proposes a health evaluation model for the power cable network, and based on this model, realizes the condition-based maintenance of the optical cable network, improves the monitoring management and operation and maintenance mode of the power cable network, and provides the operation and maintenance management for the power communication. It provides better technical support.