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Relay database design

机译:中继数据库设计

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摘要

Many electric utilities use computer databases to store their relay data. The database naturally gives access to many users, coordinates modifications, and generates the necessary reports for different purposes. The relay database must accommodate a wide variety of protective devices. Users of a relay database include relay engineers, relay technicians, system operators, and other field personnel. Information wanted by these users takes the form of setting sheets, test forms, and substation reports. We conducted an informal survey of relay databases in use at different utilities and found that the readability of the forms and reports varies greatly from one database to another. The term readability here refers to the ease with which the relay information can be viewed and updated by humans and by computer programs. The readability and effectiveness of a relay database hinge on the underlying data organization. This article describes several existing relay database designs and their advantages and disadvantages, and features a new database model that has proven to be flexible and easy to use and can accommodate a wide variety of relay types.
机译:许多电力公司使用计算机数据库来存储其中继数据。该数据库自然可以为许多用户提供访问权限,协调修改并生成用于不同目的的必要报告。继电器数据库必须包含各种保护设备。中继数据库的用户包括中继工程师,中继技术人员,系统操作员和其他现场人员。这些用户想要的信息采用设置表,测试表和变电站报告的形式。我们对不同公用事业公司使用的中继数据库进行了一次非正式调查,发现表格和报告的可读性在一个数据库与另一个数据库之间存在很大差异。这里的术语“可读性”是指人们和计算机程序可以轻松查看和更新​​中继信息。中继数据库的可读性和有效性取决于基础数据组织。本文介绍了几种现有的中继数据库设计及其优点和缺点,并介绍了一种新的数据库模型,该模型已被证明具有灵活性和易用性,并且可以容纳多种中继类型。

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