As we delve deeper into this article, we will explore the various types of interlocking mechanisms used for Gas-Insulated Substation (GIS), their applications in substations, power plants, and electrical installations, as well as their significance in ensuring the sustained safety and functionality of these vital components of the power transmission infrastructure. How important is interlocking in power substations? For operational engineers and those involved in the management of substations, interlocking is not merely a procedural detail; it stands as one of the most critical aspects of their work. The seamless coordination and sequencing of actions, underpinned by interlocking, are central to maintaining the safety and reliability of substation operations. |
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