Identification Method of Main Electrical Connection and Attribute of Bay

Zhang Dongying, T. Yichun, Cui Duo, Liang Tianjun, Yang Kai, Song Kunhao
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Abstract

In order to realize the verification of the anti-misoperation rules of the electrical switch, it is necessary to automatically divide bays and identify the attributes of bay and the type of main electrical connection in the power grid or substation model data. With the goal of identifying the main electrical connection, the article formulated the classification principle of switch bays. According to the principle, the circuit breakers and isolating switches are classified into circuit breaker bays or isolating switch bays. Based on a clear data base and functional requirements, the paper summarized the characteristics of switch bay in each electrical connection. Considering that a voltage level contains a variety of main electrical connections or incomplete main electrical connections, the article proposed the corresponding identification method of main electrical connection and the attributes of bay. On this basis, the overall analysis process is designed. Through the case data test, the effectiveness of the above method is verified.
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海湾主电气连接及属性识别方法
为了实现电气开关防误操作规则的验证,需要在电网或变电站模型数据中自动划分分仓,识别分仓属性和主电气连接类型。本文以确定主要电气连接为目标,制定了开关座的分类原则。按原理将断路器和隔离开关分为断路器座或隔离开关座。在明确数据基础和功能需求的基础上,总结了各电气连接中开关柜的特点。考虑到一个电压等级包含多种主电气连接或不完整的主电气连接,本文提出了相应的主电气连接和隔层属性的识别方法。在此基础上,设计了整体分析流程。通过案例数据测试,验证了上述方法的有效性。
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