Dual-use cooling optimized for reliable energy storage.

Battery Energy Storage Systems are essential for renewable energy. They:
• Store energy efficiently.
• Balance peak loads.
• Enhance grid stability.
These systems are critical to the shift toward cleaner energy sources. However, their performance hinges on robust thermal management to handle the complexities of modern installations.
A Critical Factor in BESS Reliability. High energy densities in BESS generate significant heat. Without effective cooling, systems risk:
• Thermal runaway – A dangerous chain reaction.
• Temperature instability – Compromised performance in extreme climates.
• Scalability issues – Difficulties in larger installations.
Advanced thermal management systems ensure safety, reliability, and scalability, overcoming these challenges even in the most demanding environments.
The Solution

CooliBlade tackles the unique challenges of Battery Energy Storage Systems (BESS) with the most efficient air-cooling technology on the market, NEOcore. Our solutions ensure effective heat dissipation, prioritize safety, and promote sustainability in energy storage systems.
Our NEOcore thermosyphon technology delivers exceptional thermal conductivity through a simple, forced conduction system. This innovative design provides reliable, maintenance-free cooling for long-term efficiency and safety.
The AURORA and ULTIMA platforms excel in forced convection cooling, delivering high-performance thermal solutions for energy storages. These systems are engineered to adapt to diverse energy storage requirements, ensuring reliability, efficiency, and scalability.

Reliable cooling products for energy storage systems
CooliBlade’s innovative thermal management products provide efficient cooling for battery energy storage systems. Our technology ensures long-lasting reliability, reduces heat buildup, and maintains optimal system performance over time.