Power Your Microgrid with Safe, Reliable Storage
EticaAG’s non-flammable BESS technology ensures uptime, safety, and long-term performance for critical and remote microgrid applications.
The Challenge
Unreliable Grids. Unsafe Batteries. Rising Pressure.
Organizations face mounting pressure from rising energy costs, peak demand charges, and a grid that’s increasingly unstable due to weather, aging infrastructure, and load growth.
Conventional lithium battery systems come with safety risks and permitting delays, especially in sensitive environments. These challenges threaten operational continuity, energy goals, and long-term return on investment.
These threats jeopardize not only operations, but also worker safety, regulatory compliance, and brand integrity.
our Solution
Safer Battery Storage for Smarter Microgrids
EticaAG’s Battery Energy Storage Systems (BESS) are engineered for resilience and safety in microgrid applications. Our LiquidShield™ Immersion Cooling Technology eliminates thermal propagation, allowing you to deploy battery storage without the fire risk or permitting delays of traditional lithium systems.
This non-flammable, actively cooled design keeps batteries operating within optimal temperature ranges, extending system life and minimizing degradation.
With modular architecture and seamless integration into microgrids, EticaAG’s storage systems are ideal for hospitals, data centers, remote communities, and other critical infrastructure that demand maximum uptime and peace of mind.
Applications
How Microgrids Use BESS
Peak Shaving
Discharge stored energy during peak pricing hours to lower demand charges and smooth load curves.
Load Shifting
Charge batteries during low-cost periods or excess solar production and use energy when rates are higher.
Backup Power
Instantly support essential systems during grid outages without relying solely on generators.
Renewable Integration
Store intermittent solar and wind energy to ensure a stable, dispatchable power source within the microgrid.
Grid Islanding
Enable seamless transitions between grid-connected and islanded modes to keep power flowing during disturbances.