Healthcare facilities demand uninterrupted, high-quality power—because lives depend on it.
Backyard Energy delivers instant-on, safe, and maintenance-free flywheel storage to support hospitals, outpatient centers, emergency clinics, and life science campuses.
When the grid goes down, we spin up—automatically, silently, and safely.
✅ No lithium = No fire risk
✅ No thermal runaway
✅ No off-gassing or chemical degradation
✅ No HVAC or fire suppression needed
Our sealed flywheels are ideal for sterile environments, surgical wings, ICU/ER systems, and critical infrastructure that must comply with NFPA 99 and NEC 700 standards.
System
Use Case
HVAC & Air Handling
Maintain climate control during grid outages
OR & ER Support
Prevent disruption during surgical procedures
Life Safety Systems
Keep emergency lighting and egress paths online
IT & EHR Infrastructure
Protect records, connectivity, and hospital comms
Medical Equipment
Smooth power for MRI, CT, and lab analyzers
Vaccine & Biostorage
Preserve cold chain with uninterrupted power
Feature
Benefit
Sub-100ms Discharge
Keeps critical equipment powered instantly
100,000+ Cycle Life
Long-lasting, ideal for daily cycling loads
Clean & Quiet
Silent operation in patient-care areas
Recyclable Materials
Supports healthcare sustainability goals
Scalable Design
From urgent care centers to full hospitals
Hospitals and healthcare systems are setting ambitious ESG goals.
Backyard Energy helps you achieve them by offering storage that is:
♻️ 95%+ recyclable
🔋 Non-chemical, non-toxic
🇺🇸 Made in the USA
🧘♀️ Maintenance-free and worry-free
Facility Type
Recommended System
Small Clinic / Urgent Care
10–30 kW cabinet, 20–100 kWh
Hospital Wing / Imaging
50–250 kW rack or container solution
Full Hospital / Microgrid
500 kW–1 MW+ containerized configuration
Power resilience shouldn’t come with added risk.
Backyard Energy flywheels are helping healthcare facilities stay online, stay safe, and stay sustainable—one spin at a time.
🟢 [Request a Healthcare Site Review]
📄 [Download the Healthcare Resilience Brief]