试点项目:基于工业物联网的海上配电基础设施状态监测方法与流程评估

G. Evrard, Francois Deturck, Mark Pacelle
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引用次数: 0

摘要

随着工业物联网(IIoT)连接技术在工业价值链上的有效性得到证明,新的解决方案正在推动企业的数字化转型和新的商业模式。在油气行业的勘探和开采过程中,配电基础设施资产管理是一个关键的业务领域。多年来,使用智能电子设备(ied)和电气网络监控系统(ENMCS)对电气系统进行监控,从而实现更智能的操作。如今,工业物联网和预测分析正在进一步推动智能运营,并利用数据来实现更好的决策,从而减少计划外停机时间,提高安全性并优化维护。在实施智能配电系统时,必须考虑许多细节,包括工业物联网传感器、数据收集、通信基础设施、网络安全以及内部部署和基于云的监控服务。本文介绍了目前石油公司在其一艘远程浮式生产储卸(FPSO)船上进行的试点项目,并探讨了设计考虑因素、面临的问题、实施策略以及为行业下一步采取的新观点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pilot Project: Evaluation of IIoT-Based Methods and Process for Condition Monitoring of Offshore Electrical Distribution Infrastructures
As Industrial Internet of Things (IIoT) connected technologies prove their effectiveness along the industry value chain, new solutions are now driving both digital transformation and new business models across enterprises. In Oil & Gas industry exploration and extraction processes, management of electrical distribution infrastructure assets is a key business area that stands to benefit. Monitoring of electrical systems has been implemented for many years using Intelligent Electronic Devices (IEDs) and Electrical Network Monitoring and Control Systems (ENMCS) allowing smarter operation.Today, IIoT and predictive analytics are taking smart operations a step further and are leveraging data to enable better decisions that result in the reduction of unscheduled downtime, increased safety and optimized maintenance. Many details must be considered when implementing a smart electrical distribution system including IIoT sensors, data collection, communication infrastructure, cybersecurity and both on-premise and cloud-based monitoring services. This paper describes a current oil company pilot project taking place aboard one of their remote Floating Production Storage and Offloading (FPSO) vessels and examines the design considerations, issues faced, implementation strategies and new perspectives realized for next steps to be taken by the industry.
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