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Utilizing IEC 61850 for a Power Management System of an Offshore Platform: Copyright Material IEEE, Paper No. PCIC-2017-34

机译:将IEC 61850用于海上平台的电源管理系统:版权材料IEEE,论文编号PCIC-2017-34

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摘要

Second only to safety, the most critical aspect related to electrical power on an offshore platform is reliability. Reliability can be broken down into three subcategories; availability, stability, and quality. Availability mainly pertains to the status of the primary equipment. Stability is achieved by having an effective Power Management System (PMS) to regulate voltage and frequency even during abnormal conditions (e.g. the sudden trip of a generator). Quality is a diverse topic, but the fundamental point is that the power delivered must be suitable for the loads and continuously monitored. By optimizing each of these subcategories, the reliability of the electrical power is maximized. This paper will cover technical details related to design and testing of an offshore platform PMS which uses many of the benefits of the IEC 61850 Standard, including Generic Object Oriented Substation Event (GOOSE) messaging between Intelligent Electronic Devices (IEDs) and controllers to achieve fast power-based load shedding and load inhibition in a real application.
机译:仅次于安全性,与海上平台上的电力相关的最关键方面是可靠性。可靠性可以分为三个子类别:可用性,稳定性和质量。可用性主要与主要设备的状态有关。通过具有有效的电源管理系统(PMS)来调节电压和频率,即使在异常情况下(例如,发电机突然跳闸),也可以实现稳定性。质量是一个多样化的话题,但基本要点是所输送的功率必须适合负载并受到持续监控。通过优化这些子类别中的每个子类别,可以最大程度地提高电力的可靠性。本文将涵盖与离岸平台PMS的设计和测试有关的技术细节,该平台利用了IEC 61850标准的许多优点,包括智能电子设备(IED)和控制器之间的通用面向对象的变电站事件(GOOSE)消息传递,以实现快速实现在实际应用中基于功耗的减载和负载抑制。

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