Non-Flammable Battery Energy Storage for Commercial Business
Protect essential operations with non-flammable lithium BESS. No fire risk. No downtime. No compromise.
The Challenge
Aging Grids. Fire Risk. No Room for Error.
Critical infrastructure facilities—hospitals, water systems, data centers, and emergency services—cannot afford power loss. Yet these sites are increasingly vulnerable to blackouts, extreme weather, cyberattacks, and rising demand charges. Every outage risks more than downtime. It threatens lives, public safety, and national resilience.
Conventional battery systems bring added challenges. Flammable chemistries and long permitting timelines often delay deployment where energy reliability matters most. Without safer, more flexible storage, critical infrastructure remains exposed.
our Solution
Non-Flammable Battery Storage Built for Critical Infrastructure
ETICA Battery Energy Storage Systems are designed for the facilities that power public safety, essential services, and national resilience. Hospitals, water treatment plants, data centers, emergency ops centers—these sites can’t risk fire hazards or system downtime.
Our LiquidShield™ immersion cooling technology eliminates thermal propagation at the source, allowing safe deployment in even the most sensitive environments.
This fully contained, non-flammable system keeps batteries cool and stable under any load. That means longer operating life, lower degradation, and reliable uptime during emergencies or grid outages.
Battery Energy Storage
Key Benefits for Your Business
Fire-Safe by Design
Our non-flammable immersion cooling technology prevents thermal propagation, allowing safe deployment in sensitive environments like hospitals and emergency facilities.
Lower Operating Costs
Store power when it’s cheap. Discharge when it’s expensive. BESS reduces demand charges, supports time-of-use strategies, and minimizes generator reliance.
Greater Resilience
Keep essential operations online during outages. ETICA BESS delivers instant backup power to avoid downtime, disruption, and public safety risks.
Grid-Ready Sustainability
Pair with solar or wind to meet energy goals without compromising uptime. BESS makes renewable energy reliable, even when the grid isn’t.
Applications
How Critical Infrastructure Can Use BESS
Hospitals & Healthcare Facilities
Keep life-support systems, surgical suites, labs, and vaccine storage operational during outages—without relying on flammable backup power.
Water & Wastewater Treatment
Maintain safe water quality, pump operation, and treatment processes when the grid fails. BESS ensures continuous utility service for public health.
Data Centers & Communications
Prevent data loss and equipment failure with instant, uninterruptible power. BESS fills the gap where generators can’t respond fast enough.
Emergency Services & 911 Centers
Power dispatch, communications, and coordination platforms through blackouts or disasters. BESS provides silent, fuel-free backup for public safety.
Airports & Transportation Hubs
Support control towers, terminal systems, and transit networks with steady power during outages or demand spikes.
Government & Public Facilities
Enable continuity of operations for city halls, emergency shelters, and command centers—especially during weather, fire, or cyber events.
Your questions answered
Common questions
How is your battery system safer than conventional lithium-ion?
Our system uses immersion cooling with a non-flammable, dielectric liquid. This prevents fire propagation at the cell level, even in the event of thermal runaway. Unlike air- or liquid-cooled lithium-ion systems, our technology eliminates the risk of combustion and exceeds UL 9540 and NFPA 855 safety standards.
Can your BESS be used in facilities with strict permitting requirements?
Yes. Our non-flammable design reduces fire risk, which simplifies and accelerates permitting, especially in jurisdictions with cautious AHJs (Authorities Having Jurisdiction). We’ve designed our system with sensitive sites like hospitals, data centers, and public safety facilities in mind.
How long can your battery system support operations during a grid outage?
It depends on system size and load requirements. Typical installations can provide 2–8 hours of runtime, with modular designs that scale to meet extended backup needs or integrate into larger microgrid configurations.
How does your system integrate with existing infrastructure?
Our systems are designed to integrate with existing EMS, BMS, and backup generation assets. Whether you’re running a microgrid, using solar PV, or tied to utility infrastructure, we offer flexible deployment models tailored to critical infrastructure environments.
What kind of maintenance does your immersion-cooled system require?
Maintenance is significantly reduced compared to traditional liquid-cooled systems. Our system has fewer moving parts and stable thermal conditions—resulting in lower degradation, less wear, and minimal service intervals.
Is your solution compliant with government and public sector procurement standards?
Yes. ETICA prioritizes traceability, cybersecurity, and long-term reliability in its supply chain. Our systems are designed to meet the requirements of public-sector, defense, and utility-grade procurement.