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Innovations in Operational Risk Management and Business Continuity Planning Methodologies of Transmission System Operators: Implications of the Operational Security Network Code

机译:输电系统运营商的运营风险管理和业务连续性规划方法的创新:运营安全网络代码的含义

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The ongoing liberalisation of national electricity markets and legislations to further reform electricity markets raises important issues regarding the operations of the interconnected transmission systems. To ensure compliance with new regulations, operational risk management (ORM) and business continuity planning (BCP) methodologies need to be reviewed in European Transmission System Operators (TSOs).In our current paper, we address key trends in ORM and BCP within the energy sector. We analyse the implications of the operational security network code within the context of the relationship between innovation and organizational performance.By raising ORM and BCP to strategic level within European TSOs and focusing on innovation, which complies with the European regulatory environment, system operators could achieve a significantly higher level of operational security. They would also be more flexible to regulatory changes while improving organizational performance.To improve operational security, innovations need to make the transmission system more robust and more resilient. The improved robustness expresses the better ability to predict and prevent incidents, while the more resilient system returns from the incidents more efficiently. The optimal security performance can be based on the balance of both areas. Therefore, future research has to improve parallelly the robustness and resiliency. Innovations in this context include specific technological and organizational solutions, as well.
机译:不断开放的国家电力市场和进一步改革电力市场的立法提出了有关互连输电系统运行的重要问题。为了确保遵守新法规,需要在欧洲输电系统运营商(TSO)中审查运营风险管理(ORM)和业务连续性计划(BCP)方法。在本文中,我们探讨了能源领域ORM和BCP的主要趋势部门。我们在创新与组织绩效之间关系的背景下分析运营安全网络代码的含义。通过将ORM和BCP提升到欧洲TSO内部的战略水平,并专注于符合欧洲法规环境的创新,系统运营商可以实现更高的操作安全性。它们还可以在提高组织绩效的同时更加灵活地应对法规变化。为了提高运营安全性,创新需要使传输系统更加强大和更具弹性。增强的鲁棒性表示更好的预测和预防事件的能力,而更具弹性的系统则更有效地从事件中返回。最佳安全性能可以基于两个区域的平衡。因此,未来的研究必须同时提高鲁棒性和弹性。在这种情况下,创新还包括特定的技术和组织解决方案。

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