Utilities

Vegetation management is one of the most consequential parts of utility corridor maintenance, encroaching trees and branches are a leading cause of both outages and, in dry conditions, wildfire ignition risk. It's also one of the areas where the gap between "looks fine" and "is actually compliant" matters most. Why visual assessment isn't good enough here A visual inspection can tell you a tree is near a line. It can't tell you, with the precision regulatory compliance actual

A visual inspection can only find what's already visible, a cracked insulator, a loose connector, obvious corrosion. The problem is that a lot of the failures utilities care about most don't produce a visible symptom until they're already close to happening. The gap visual-only inspection can't close Overheating connectors, degrading insulators, and failing transformer components all generate detectable heat signatures before they fail outright, often weeks or months before a

Three methods, three very different cost structures, and the right answer for a given utility often isn't "pick the cheapest one," it's understanding what each method actually trades off. Ground crews: thorough, but slow A ground crew walking or driving transmission and distribution corridors can typically cover only a few kilometres per day. That's not a cost problem in the traditional sense, day rates for a ground crew are modest compared to the alternatives, it's a coverag

There's no single universal answer, the right interval depends on asset criticality, age, environmental exposure, and the regulatory requirements specific to your utility and jurisdiction. But the question itself reveals a real problem: most utilities have historically answered it based on what a ground crew or helicopter patrol could realistically cover, not based on what the asset actually needs. Why the traditional answer was "as often as we can afford" Ground crews walkin

Canadian utilities are responsible for maintaining thousands of kilometres of transmission and distribution infrastructure, hundreds of substations, and vegetation corridors that stretch across some of the most difficult terrain in the country. Every kilometre of that network carries risk, a cracked insulator, a loosening connector, an overheating transformer, or an encroaching tree limb can each, left undetected, become the cause of an outage, a wildfire, or a safety inciden