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Row of immersion cooled battery energy storage systems that degrade slower than liquid plate
Energy Storage

Immersion Cooling Slows Degradation, Extends Battery Life, and Protects BESS ROI

Thermal management determines how long a BESS lasts, how safely it operates, and whether it meets financial expectations. Uneven heat drives degradation, early augmentation, and performance shortfalls. Immersion cooling eliminates thermal gradients, extends battery life, prevents ignition, and protects ROI by maintaining consistent performance across the system lifecycle.

266GW of Clean Energy Projects Canceled Due to Economic and Safety Concerns in 2025
Current Event

266GW of Clean Energy Projects Canceled Due to Economic and Safety Concerns in 2025

The Cleanview Canceled Projects Report reveals a market under pressure as electricity demand rises and project pipelines shrink. With 266 GW of canceled capacity, battery storage faces tighter economics, longer scrutiny, and less margin for error, making safety-forward design a critical factor in project survival.

Synthetic Ester Dielectric Fluid
Safety

Synthetic Ester Dielectric Fluids for BESS Immersion Cooling  

As battery energy storage systems scale closer to people and infrastructure, safety and longevity are no longer optional. Immersion cooling addresses fire risk, thermal runaway, and degradation at the cell level. Synthetic ester immersion fluids, engineered for high fire-point behavior and long-term stability, enable safer siting and predictable performance across decades of operation worldwide today.

The DOE GRIP Program and What It Means for Battery Energy Storage 
Incentives

The DOE GRIP Program and What It Means for Battery Energy Storage 

The DOE’s GRIP program supports grid resilience and modernization through targeted federal funding. Battery energy storage improves reliability, enables renewable integration, and supports resilient infrastructure. This blog outlines how GRIP works, why BESS is prioritized, and how storage technologies strengthen funding applications.

How Liquid Plate Cooling Is Killing Your Battery Life
Energy Storage

How Liquid Plate Cooling Is Killing Your Battery Life

Liquid plate cooling is widely used in battery energy storage systems, but uneven heat removal creates hot and cold spots that quietly accelerate degradation. This article explores how thermal imbalance shortens battery life, increases safety risk, and why uniform cooling approaches are becoming critical for long-term BESS performance.

Image of Solar Panels for Understanding the Duck Curve Blog
Energy Storage

What Is the Duck Curve? How Storage Solves Solar’s Grid Problem

The Duck Curve highlights the growing challenge of balancing solar energy with real-time demand. This blog explains how battery storage, especially long-duration immersion-cooled systems, can smooth out grid volatility, reduce curtailment, and support a cleaner and more stable energy future. EticaAG’s solutions are built for the job.

Image of solar panels. "Why Your Solar Project Needs Battery Energy Storage Systems" blog
Applications

Why Your Solar Energy Projects Need Battery Energy Storage Systems 

Solar power is essential, but it is not always available when you need it. Battery Energy Storage Systems (BESS) fill that gap by storing excess solar energy for later use, improving grid stability, reducing costs, and boosting project resilience. Learn why solar-plus-storage is becoming the new industry standard.

Image of Generator and Battery Energy Storage System. Best Backup Power: BESS, Generators, or Hybrid System?
Energy Storage

Best Backup Power: Battery Storage, Generators, or Both? 

Generators and battery storage each offer unique benefits for backup power, but the smartest approach may be combining them. This blog explores how hybrid systems that include generators, BESS, and UPS deliver reliable, efficient, and fire-safe power for critical facilities facing outages or grid instability.

Comprehensive Guide to BESS Safety: Fire Safety, Prevention, and Protection
Safety

Comprehensive Guide to BESS Safety: Fire Safety, Prevention, and Protection 

BESS safety is essential as energy storage systems expand worldwide. This guide covers five critical areas—key safety standards, battery chemistry selection, thermal management, fire detection and suppression, and emergency preparedness—to help developers and operators reduce risk, prevent catastrophic failures, and ensure safer, more resilient energy infrastructure.