Automation in power generation, distribution and transmission has advanced from a semi-automated to fully autonomous approach. This work presents some of the implementations of a transmission and distribution transformer monitoring model for the creation of a management system of these assets, whose topology was elaborated based on IEC 61850. The implementation incorporates the creation of two new LN ' s,: (B) - Diagnosis of the Degradation of the Isolation System of Transformers; (E) - Life Expectancy of the Isolation System of Transformers, post asset recovery action. In order to subsidize the structure of the new LN's Groups, a pilot asset management system was implemented for two transformers from Copel Transmissão e Distribuição (Pilarzinho Substation in Curitiba, Paraná). In this work two new LN's were proposed for groups (B) and (E) respectively: "Degradation of the Transformer Isolation System (paper-oil) - BIOP", and "Remaining Utility Life of the Transformer Insulation System - ELTR ". These LNs were used in the experimental electronic area (IEDs) of the pilot project area, using the Hadrom Xtorm Remote Terminal Unit (ALTUS, IEC 61850 compatible) and evaluated and validated in the field.

中文翻译：

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实施新的逻辑节点 - 基于 IEC 61850 的 BIOP 和 ELTR

发电、配电和输电自动化已经从半自动发展到完全自主。这项工作提出了一些传输和配电变压器监控模型的实现，用于创建这些资产的管理系统，其拓扑结构是基于 IEC 61850 详细阐述的。该实现包含了两个新 LN 的创建：（B ) - 变压器隔离系统退化的诊断；(E) - 变压器隔离系统的预期寿命，资产回收后行动。为了补贴新 LN 集团的结构，为 Copel Transmissão e Distribuição（位于巴拉那州库里提巴的 Pilarzinho 变电站）的两台变压器实施了试点资产管理系统。在这项工作中，两个新的 LN' 分别为 (B) 和 (E) 组提出了 s：“变压器隔离系统（纸油）的降解 - BIOP”和“变压器绝缘系统的剩余使用寿命 - ELTR”。这些 LN 用于试点项目区的实验电子区 (IED)，使用 Hadrom Xtorm 远程终端单元（ALTUS，IEC 61850 兼容），并在现场进行评估和验证。