高度集约化的电力通信骨干网优化方法研究

Highly Intensive Optimization of Power Communication Backbone Networks

随着国民经济的发展,通信网络拓扑站点越来越多,业务量不断增加,对通信网络拓扑进行优化升级迫在眉睫。尤其在特大城市,网络集约化程度很高,在站点、光缆改造等方面存在很多缺陷。文章通过对多个影响电力通信骨干网的参数进行量化计算,分别对动力环境、光缆资源、设备布局、业务引导等四大要素进行量化运算,优化整个通信网络骨干网,从而对其进行打分,对打分低的项进行改进以得到更为优化的骨干通信网络。在实际应用中采用该方法取得了较好的效果,具有一定的可复制性。

The development of national economy has brought continuous increase of communication network topology sites and business, thus the optimization and upgrade of communication network topology is urgent. Especially in megacities, the network intensification is very high, there are many defects in the site, cable transformation and so on. This paper proposes an optimization method for the whole communication backbone network, several parameters, including the power environment, cable resources, equipment layout and business guide are quantified and graded, the low scoring item is optimized correspondingly. Practical applications proved that it had good effect and reproducibility.