What you'll learn:
How to improve system reliability and resiliency even in territories with high risk of wildfire. | |
A three-phase strategy to wildfire mitigation and best practices to proactively get ahead of disasters. | |
How to leverage satellites and AI to predict and prevent wildfires across your network. | |
What you’ll learn:
How to improve system reliability and resiliency even in territory with high risk of wildfire. |
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How technology helps utilities mitigate costly and possibly deadly wildfire risk better than manual inspections and cyclical VM approaches. |
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How to leverage satellites and AI to predict and prevent vegetation-related wildfires. |
What you’ll learn:
How to improve system reliability and resiliency even in territory with high risk of wildfire. |
|
How technology helps utilities mitigate costly and possibly deadly wildfire risk better than manual inspections and cyclical VM approaches. |
|
How to leverage satellites and AI to predict and prevent vegetation-related wildfires. |
“Using satellite technology allows us to concentrate our planning in the office rather than in the field. Human-based inspections are temporal and costly. Satellite imagery paired with circuit performance gives us a much more accurate picture of vegetation risk and helps us target hotspots and emerging threats. This is a game-changer”
Dave James Wildfire Resiliency Plan Manager |
“A well-funded cycle prune plan has always been the best practice, but this new data-driven vegetation management approach will soon be the industry best practice. I'm excited to see what the future holds.”
Bertram Stewart Vegetation Strategy Manager |