Storm Recovery Support: How Utilities Can Prepare and How AWP Safety Helps
With the 2026 hurricane and severe weather season approaching, utilities are already shifting from response to readiness — tightening plans, aligning partners, and ensuring crews can move fast when conditions change. One operational lever that can make or break restoration speed and public safety is traffic management, and it works best when it’s integrated into storm planning long before the first outage.
Key Takeaways
- Traffic control restoration acceleration. When access stays open and work zones stay protected, utility crews can restore service faster and safer. Workers and the public are safer.
- Pre-storm alignment prevents day-one chaos. Share priority routes, staging plans, and communication expectations with your traffic control partner.
- Fern proved the power of outage visibility. Using outage mapping/forecasting helps anticipate where support will be needed and position resources sooner.
- Incident Command Structure is now AWP Safety’s storm standard. Fern was the first large-scale implementation, and ICS is the new framework we use to deliver clearer coordination and faster escalation during storms.
Q: Why is traffic management essential to recovery after storms and other natural disasters?
A traffic strategy shouldn’t start when the call comes in. The most effective storm responses begin with pre-planning, a detailed execution plan, and clear communication among stakeholders before a storm ever hits. When restoration crews, emergency responders, vendors, and the public are all moving at once, traffic control becomes a force multiplier: it helps keep access routes open, reduces bottlenecks, and keeps work zones safer so crews can restore service more efficiently.
Q: How Should Utilities Prepare heading into Severe Weather season?
Define the operational basics — staging areas, logistics strategies, and communications plans — and ensure critical information is shared with storm partners early. That includes evacuation and emergency routes, priority corridors for response, and guidance on where vehicles and resources should be positioned. When storm conditions shift, utilities that have already aligned their partners around an execution plan spend more time executing and less time improvising.
Q: What Challenges Arise When Traffic Control Isn’t Part of Storm Response Planning?
The risks are predictable: bottlenecks, delayed debris removal, greater hazard exposure as down lines stay down longer, and slower response times for crews and first responders. A plan can’t anticipate every scenario, but it provides the flexibility to adapt.
A second issue is fragmented storm demand. Early in an event, requests can come through normal channels — many people calling many contacts — creating duplication and confusion. That “noise” just slows everything and everybody down.
Q: Did you gain any new insights with AWP Safety’s recent coverage of winter storm Fern?
Fern reinforced a simple reality: standardized storm execution helps everything go faster, safely. Two practical insights stood out:
- Data can be used to forecast outages and plan proactively. During Fern, our AWP Safety team brought outage mapping and forecasting into command discussions with our customers — leveraging widely used outage tracking tools — to anticipate where traffic control support would be needed. It helped us all position our resources more quickly.
- Strategic resource allocation ensures local utility operations aren’t disrupted.. Moving resources out of one region and into another can inadvertently affect utility support needs back home. We proactively coordinated with local utilities to understand how they were reallocating their crews and adjusted our coverage to ensure all needs were covered.
Q: AWP Safety implemented A new standardized storm response during Fern. What can you tell us about it?
We are aligning with and have implemented a utility proven concept for Incident Command (ICS). It’s now our standard model for storm response. We developed the traffic safety use of ICS after a large storm highlighted the costs – to customers and to our operations – of responding without a clear, methodical command approach.
Winter Storm Fern was the first time we implemented ICS at scale. It creates a clearer structure for how requests come in, how priorities are set, how resources are assigned, and how we communicate status throughout the event. It also strengthens storm documentation and billing capture during execution, so closeout is smoother after crews demobilize.
Q: What does a well-executed storm response look like?
Like disciplined readiness — before, during, and after the storm. Before impact, traffic control plans and equipment are staged in advance, communications are aligned, and resources are positioned for likely impact zones. During restoration, teams keep access routes open, protect work zones, and help crews move efficiently as priorities shift. Afterward, traffic patterns are returned to normal safely and documentation is already in place to support a clean wrap-up.
AWP Safety is here when you need us! Learn more about AWP Safety’s 24/7 Emergency & Storm Response services, and how a standardized storm response model can help utilities deliver safer, faster restoration for communities.
