一二次融合环网柜智能化升级路径及未来技术发展趋势研究

Research on the intelligent upgrading path and future technology development trend of primary and secondary integrated ring network cabinet

摘要

在城市化进程加速与可再生能源规模化接入的态势下，传统环网柜在运行监测精度方面、故障响应速度层面以及设备维护效率角度逐渐显露出局限性，难以契合现代配电网对实时感知与快速决策的需求。在新型电力系统建设的背景中，配电网智能化转型已然化作能源革命的重要支撑点，既要突破因一二次设备物理隔离而引发的功能割裂问题，又得应对由分布式电源波动性带来的运行控制挑战。行业标准不断迭代的进程与数字技术持续渗透的状况正在推动环网柜朝着集成化、数字化的方向演进发展，设备深度协同和数据价值挖掘变成了破局的关键所在，亟待通过智能化升级构建具备主动防御能力和弹性调节功能的配电节点。

Abstract

In the context of accelerated urbanization and large-scale integration of renewable energy, traditional ring main units are gradually revealing limitations in operational monitoring accuracy, fault response speed, and equipment maintenance efficiency, making it difficult to meet the real-time perception and rapid decision-making requirements of modern distribution networks. Against the backdrop of building a new power system, the intelligent transformation of distribution networks has become a crucial support for the energy revolution. It is necessary to overcome the functional fragmentation caused by the physical isolation of primary and secondary equipment, as well as address the operational control challenges brought about by the volatility of distributed power sources. The continuous iteration of industry standards and the ongoing penetration of digital technology are driving ring main units toward integration and digitalization. Deep equipment collaboration and data value extraction have become key to breaking through these challenges, urgently requiring intelligent upgrades to create distribution nodes with active defense capabilities and flexible regulation functions.

关键词

一二次融合 / 环网柜 / 智能化升级 / 技术发展趋势

Key words

primary and secondary integration / ring network cabinet / intelligent upgrading / technology development trend

参考文献

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