Early detection allowed for quick response, avoiding electrical faults and ensuring continued service reliability.
In the northeastern United States, Early Fault Detection (EFD) identified a large tree that had fallen across a main three-phase distribution line in a heavily forested state park. The issue was detected remotely by the EFD system and enabled targeted maintenance to prevent a potential fault or service disruption.
Early detection allowed for quick response, avoiding electrical faults and ensuring continued service reliability.
Quick response to the fallen tree ensured uninterrupted service and avoided system failure.
Proactive maintenance allowed utility crews to address the issue promptly, optimizing time and effort.
The EFD system flagged a location in a remote area of a state park, very near to the substation. Upon investigation, a large tree had fallen across the main three-phase distribution line, which was still being supported by the insulated cables. The tree’s weight and position put significant strain on the lines, creating a risk of a pole or wire-down event. The heavily forested area further increased the potential for a wildfire if the tree were to cause an electrical fault.
By identifying this issue early, the EFD system enabled utility crews to respond quickly, preventing a significant fault or equipment damage. This proactive action helped ensure continued service reliability and reduced the risk of wildfires in the high-risk, vegetation-heavy area.
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