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When to island in the controlled islanding scheme to prevent imminent wide-area blackouts

机译:何时在受控孤岛方案中孤岛以防止即将发生的广域停电

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摘要

In recent decades, blackouts spread around the world due to an increasing penetration of Distribution Generation (DG) and commercial benefits with maximizing utilization of transmission and distribution networks. Normally, blackouts are imminent when usual methods in the widely-used three-defence-line scheme fail, such as preventive control, emergency control and corrective control. An adaptive and controlled islanding scheme has already been proposed to be undertaken as a last-resort action to prevent imminent wide-area blackouts. In this paper, we present this controlled adaptive islanding scheme and investigate one crucial question “when to island”, which decides if the controlled islanding scheme could be successful. Finally, in order to create cascading failure scenarios in complicated power systems during dynamic simulation, which is the main nature of blackout, modeling of protection system for networks and generators are proposed to develop.
机译:在最近的几十年中,由于配电发电(DG)的不断普及和商业利益以及传输和配电网络利用率的最大化,停电现象在世界范围内扩散。通常,当广泛使用的三道防线方案中的常规方法(例如预防控制,紧急控制和纠正控制)失败时,就会出现停电的情况。已经提出了一种自适应和受控的孤岛方案,作为防止紧急情况下广域停电的最后手段。在本文中,我们提出了这种受控的自适应孤岛方案,并研究了一个关键问题“何时到岛”,该问题决定了受控的孤岛方案是否可以成功。最后,为了在复杂的电力系统动态仿真过程中创建级联故障场景,这是停电的主要特征,提出了对电网和发电机保护系统的建模方法。

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