Miami-Dade nursing home
Five days of continuous care
A wind plus storage microgrid kept resident rooms, refrigeration, and clinical equipment powered after Hurricane Dorian.
120 hours
continuous backup during the outage
Resilient backup power for Florida facilities
Uninterrupted Power for Critical Facilities
When lives depend on power, don't rely on diesel generators that can fail. H.R. Current engineers wind plus battery storage systems for hospitals, clinics, and emergency centres facing hurricanes and extended outages.
Secure Your Backup Power
Designed for life-safety applications
The operational difference
Power that stays available after the roads close.
Fuel deliveries can be delayed by flooding, traffic, and storm damage. A wind plus storage system keeps critical circuits supplied while the turbine replenishes the battery bank.
Power source comparison
Built for short outages and multi-day events.
| Operating factor | Wind + storage | Diesel generator |
|---|---|---|
| Energy source | Wind generation with stored power | On-site fuel supply |
| Runtime during a long outage | Replenishes as wind is available | Limited by fuel reserves |
| Transfer to critical loads | Instant battery response | Engine start-up delay |
| Maintenance and logistics | Remote testing and monitoring | Fuel, servicing, and delivery planning |
| Noise and emissions | Quiet stored-power operation | Combustion noise and exhaust |
Compliance built in
Meeting healthcare power standards
Critical facilities need documented performance, clear testing records, and a design that fits the electrical system already in place.
NFPA 110 Type 10 planning
Support for Level 1 emergency power supply systems with rapid transfer requirements.
Florida code alignment
Design work addresses AHCA expectations and Florida Building Code Chapter 27 requirements.
Testing you can document
Remote monitoring supports weekly and monthly exercise records for facility teams.
NFPA 110
Type 10
READY
Type 10
READY
Designed around your switchgear
The system can connect with existing generator transfer switches and critical-load panels.
Field outcomes
Life-saving backup power stories
Each facility has different loads, staffing, and storm exposure. These examples show what continuity looks like when the system is sized around patient care.
Jacksonville hospital
The emergency department kept moving
Battery power carried the critical circuits through the transfer event while the turbine continued charging the system.
"We didn't even notice the grid went down."
Facility manager, Jacksonville, Florida
System design
How a resilient wind plus storage system works
The control system changes the power path in seconds. Critical loads stay isolated, monitored, and supplied.
Wind turbine
Generates power in high winds
Battery bank
Stores and releases energy
Transfer switch
Moves loads automatically
Critical care
Receives uninterrupted power
Grid available
The grid and turbine can charge the battery while the facility runs normally.
Grid fails
The battery feeds critical circuits immediately, avoiding a generator start-up gap.
Storm continues
The turbine keeps generating in suitable high winds and replenishes stored power.
Hurricane season is approaching
Don't wait for the next storm
H.R. Current offers fast-track design for facilities in high-risk flood zones. Our emergency power team will review your critical loads, transfer equipment, and outage plan.
Emergency power team: +1 847 286 9881