Hurricane-Resilient
Home Power.
When a major hurricane or severe weather event disables the grid for 1–3 weeks, high-value properties require continuous autonomous operation — maintaining security, climate control, water systems, and critical loads without manual intervention or owner presence. Prime Microgrid engineers mission-critical residential power infrastructure engineered specifically for extended severe-weather scenarios.
Plan My Resilience SystemThe Grid Fails.
Standard Products Aren't Enough.
After a major hurricane, utility restoration can take 1–3 weeks. A portable generator or small battery bank isn't a resilience strategy — it's a stopgap. High-value properties require engineered infrastructure.
What a Resilient System Looks Like
A storm-ready whole home power system integrates battery storage for instant failover, a generator for extended runtime, and intelligent controls that manage everything automatically — whether you're home or evacuated.
Transfer behavior depends on the selected equipment, design, supported loads, and operating conditions.
Operation depends on onsite generation, storage capacity, fuel availability, equipment ratings, weather, property loads, and load management.
Monitor and control your system from anywhere — critical when you've evacuated your property.
Frequently Asked Questions
Can a home power system survive a hurricane?
A properly engineered home power system may maintain operation through a hurricane and extended aftermath. Runtime depends on available onsite generation, storage capacity, fuel availability, equipment ratings, weather, property loads, and load management. Transfer behavior depends on the selected equipment, design, and operating conditions.
How long can a backup power system run during an extended outage?
Extended operation depends on available onsite generation, storage capacity, fuel availability, equipment ratings, weather, property loads, and load management. Battery-only systems are sized from the home's load profile, while compatible hybrid systems may coordinate storage and backup generation for longer events.
What should a storm-ready home power system include?
A resilient storm power system may include automatic transfer switching, appropriately sized battery storage, backup generation, intelligent load management, and remote monitoring. Transfer time depends on the selected equipment, design, and operating conditions.
Is a whole home generator enough for hurricane protection?
A generator alone has meaningful vulnerabilities: it requires manual or delayed startup, runs continuously on fuel even for light loads, and provides no silent backup during brief outages. A hybrid battery-generator system is significantly more resilient — batteries handle short events instantly, the generator activates for extended outages, and the overall system is fuel-efficient and automatic.
What states or regions benefit most from residential power resilience systems?
Properties in Florida, Texas, Louisiana, the Carolinas, and coastal states face the highest hurricane risk. But grid reliability issues affect high-value properties nationwide — from ice storms in the Southeast to wildfire-related shutoffs in the West to aging infrastructure in the Northeast. Prime Microgrid installs nationwide.
Everything Stays On.
Customer-sited generation + energy storage + backup generation + intelligent controls = whole-property power continuity.
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