集中保护与控制(CPC):迈向数字化变电站(油气)电气保护系统的新境界

Ir. Salmey Bin A Halim, M. K. Bin M Hatta, Ir. Ts. Husswan Hadi Bin W Hussein, Ir. Ts. Fitriah Binti Shafe’i, Ts. Nur Azra Binti Azmi, Faizah Binti Othman
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引用次数: 0

摘要

本文是根据IEEE出版物的要求编写的,该出版物将集中保护与控制(CPC)描述为支持数字化变电站的新一级电气保护系统。本文旨在分享当前行业面临的挑战、CPC带来的价值、目前实现CPC的努力、要求、愿望以及在油气行业安装CPC相关的风险。集中式保护和控制(CPC)是一种保护系统,其概念是将保护继电器中的功能和特性重新定位到集中设备中。漏电保护系统是油气行业的安全关键元件之一。操作和维护(O&M)团队正在寻找以更先进的方式操作和管理保护继电器的功能。随着技术的发展,硬件能力的进步使得在一个集中的设备中有更多的计算能力来处理更大的保护数据和执行保护功能。通过拥有一个集中的保护装置,完整的数字数据库,支持分析工具和定制功能,管理大规模电气安装中的各种保护继电器变得更加容易和高效。数字化、集中化、远程监控和远程自动化是实现电气保护系统数字孪生的关键步骤,从而支持降低此类设施的运营成本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Centralized Protection and Control (CPC): Next Level Of Electrical Protection System Towards Digital Substation (Oil and Gas)
This paper is prepared in line with IEEE publication requirements which describes the Centralized Protection and Control (CPC) as the new level of electrical protection system towards supporting digital substation. This paper is prepared with the intent to share about current industry challenges, the values brought by CPC, current efforts in realizing CPC, the requirements, aspiration, as well as the risk associated to CPC installation in oil & gas industry. Centralized Protection and Control or CPC is a protection system with the concept of relocating the functions and features that resides in a protection relay to a centralized device. As protection system is one of Safety Critical Element in Oil and Gas Industry. Operation and Maintenance (O&M) team is looking for features to operate and manage protection relay in a more advanced manner. As the technology evolved, the advancement of hardware capability allows for more computing power in a centralized device to process larger protection data and execute protection function. By having a centralized protection device, complete with digital database supported with analytical tools, and customized features, managing a wide range of protection relays in large scale electrical installation becomes easier and more efficient. Digitalization, centralization, remote monitoring and remote automation are the key step towards realizing digital twins of electrical protection system, thus supporting the reduction of operational costs in such facilities.
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