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Cracked Glass Insulator

A cracked glass insulator was pinpointed by EFD™ in Victoria, Australia

Insulator

Undetected crack in glass insulators can result in costly, unplanned power outages.

Driven by accurate EFD™ data and visualization tools, a cracked glass insulator was remotely located on Victorian distribution network, and the problem was identified on the site utilizing acoustic and optical cameras.

A cracked glass insulator forms conductive paths from powerlines to poles that can lead to hazards for communities and the environment such as electrical faults, short circuits, and fires. From the picture above, tracking paths can be seen on the insulator, indicating a structural damage.

Accurate data monitoring, remote diagnostics and early fault detection capabilities of EFD system have revealed this tracking insulator with pinpoint accuracy before a hazardous event happened. This insulator fault would be difficult to find with the traditional routine inspections.

With EFD system, potential risks are identified before they turn into problems, improving system reliability and eliminating the risk of fires, environmental and reputational damage that come with it.

Testimonials

Eliminating customer outages, driving affordability because we can efficiently group our work instead of heading out to fix things whenever they fail, and dearest to my heart, risk management – not just put in better protection to respond to faults and limit consequences, but actually manage the risk of faults happening – all I can say is this tech is magic.

Jeff Hackman, Senior Director, Ameren (USA)
 

The results have been very promising, and it’s worked the way it’s designed to. We’ll let the trial play out and then we’ll look at the deployment across our network.

Steve Neaves, General Manager, Powercor (Australia)
 

IND T.’s innovative EFD™ technology enables utilities to monitor “the heartbeat of the grid” in near real-time. With this technology, utilities can implement prescriptive maintenance and detect incipient faults on the modern grid, providing immediate, tangible benefits. This enhances the products and services we offer, supporting a clean, reliable, and safe energy future for our customers.

Source: Article from “EPRI 2023 Technology Transfer Award Winner, National Grid” on T&D World Website, published on 6 January 2025.

John-Paul Knauss, Head of R&D and Innovation, National Grid (USA)
 

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