CI C0053295 L5004 Kearney Lake Structure Replacement ATO NON-CONFIDENTIAL August 4, 2026
AI summary The document is a non-confidential submission related to the replacement of the Kearney Lake Structure, dated August 4, 2026. It appears to be part of a regulatory proceeding concerning infrastructure planning and power infrastructure.
DESCRIPTION: This project includes the removal of nine existing wooden pole structures and replacing them with six new steel pole structures to increase the reliability and the useful life of the transmission Line L-5004 in Kearney Lake. L...
AI summary The project involves replacing nine wooden pole structures with six steel pole structures on the 69kV transmission line L-5004 in Kearney Lake to improve reliability and serviceability. The line, originally built in 1966, is nearing the end of its service life and requires upgrades for safety and longevity.
Why do this project now? Upon completion of this project the reliability of the transmission line will be significantly increased due to the removal and replacement of end of life assets and mitigating unplanned and unforeseen customer imp...
AI summary This project aims to replace end-of-life assets on a transmission line to improve reliability and reduce repair times and costs. The line serves nearly 30,000 customers, and failure could cause prolonged outages, especially since some poles are located in a lake. The project will be deemed in-service in May 2026, with a Final Cost Date of June 2027.
as projects with a primary purpose that is integral to the effective operation of a system. These collective capabilities provide a service that is made up of nodes and vectors into a grid or system." Using this definition, power transmiss...
AI summary The text defines power transmission projects as integral to system operations, emphasizing their role as vectors connecting nodes. It highlights the challenges in defining scope, including routing, land ownership, right-of-way, and stakeholder considerations. The principles of estimating these elements apply to both transmission and distribution.
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