Wildfire Management
Identify and neutralize ignition risks across your entire footprint without manual field surveys.
Get a Demo Proactively eliminate network fault risks and minimize community impact before a spark occurs. Your digital network model provides a physics-based view of where fires are likely to start. Use this insight to neutralize threats and optimize your response. Instead of reacting to outages, you can now simulate how every span reacts under extreme conditions to accelerate recovery.
- Simulate how all network components react under extreme heat and wind to identify assets likely to ignite.
- Know exactly which parts of your network are most vulnerable without jeopardizing your team during field visits.
- Defend your decisions with defensible engineering that demonstrates how you minimized risk across your network.
More problem resolution, less finger-pointing
Eliminate ignition risks network-wide
Get ahead of structural defects, clashing conductors, and problematic vegetation by simulating wildfire scenarios before they unfold. Move from manual sampling to network-wide visibility. You can find low-hanging lines and overloaded poles at a glance. Identify exactly where sag and sway will breach safe clearance distances during high-heat events. This allows you to target your asset replacement budget toward the specific spans that provide the highest risk reduction. You no longer need to rely on statistical guesses for your trim cycles. Instead, you can justify every dollar spent with high-fidelity structural data.
Life-saving situational awareness
Replace fragmented data with a single source of truth for how wildfires affect your assets and community. Your digital model integrates live weather patterns and historical data to provide immediate situational awareness. This helps you stay on the same page with emergency responders from the start. You can direct multiple workstreams simultaneously while conditions escalate. Ensure every stakeholder knows exactly which circuits to de-energize to protect the public. By moving from static maps to dynamic simulations, you improve both decision quality and velocity when every second counts.
Restore power with a defensible audit trail
Safely restore power to emergency services and residents by identifying which critical lines require immediate reinforcement. You can distinguish between damaged assets and those safe to resume. Proactively procure the exact components needed based on simulated damage assessments. This helps you bypass supply chain delays and avoid further downtime. Resume operations with a traceable record of accountability. This proves your response was thorough and data-driven. You can provide regulators with a clear audit trail that demonstrates your commitment to community safety and operational excellence.
