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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:利用IEC 61850为海上平台的电源管理系统:版权所有IEEE,纸张号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:其次仅以安全,最关键的方面与海上平台上的电力有关的是可靠性。可靠性可以分为三个子类别;可用性,稳定性和质量。可用性主要涉及主要设备的状态。通过具有有效的电力管理系统(PMS)来实现稳定性,以在异常条件下调节电压和频率(例如,发电机的突然行程)。质量是一种多样化的主题,但基本点是交付的电力必须适用于负载并连续监测。通过优化这些子类别中的每一个,电力的可靠性最大化。本文将介绍与近海平台PMS的设计和测试相关的技术细节,它使用IEC 61850标准的许多优势,包括智能电子设备(IED)和控制器之间的通用面向模块事件(鹅)消息传递以实现快速基于功率的负载脱落和实际应用中的负载抑制。

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