Aluminum Liquid Cooling Plate 3003 Vacuum Brazed for Containerized BESS Energy Storage Systems
Aluminum Liquid Cooling Plate for Containerized BESS Energy Storage Systems
As containerized battery energy storage systems move toward higher capacity and higher energy density, robust thermal management becomes a core prerequisite for safe and stable operation. Our aluminum liquid cooling plate is engineered for BESS battery modules, using 3003 aluminum alloy and a vacuum brazing process to deliver uniform heat dissipation and reliable long-term performance.
Key Advantages
- Simulation-optimized internal flow channels for full-coverage, uniform coolant distribution
- Low flow resistance that lowers hydraulic loss and circulating pump power consumption
- Temperature difference below 2 degC under specified test conditions, reducing cell variation
- Integrated vacuum brazing for a high-strength, zero-leakage structure
- Lightweight aluminum structure that saves install space and improves container energy density
Technical Specifications
| Item | Specification |
|---|---|
| Material | Aluminum alloy 3003 |
| Process | Vacuum brazing |
| Cooling Type | Liquid cooling |
| Temperature Difference | Below 2 degC under specified test conditions |
| Application | Containerized and commercial BESS |
| Dimensions | Customized to battery module design |
Customization and Compatibility
Nozzle positions, mounting holes, and surface treatments can be customized to match mainstream battery module footprints and rack-level layouts. Optional surface finishing provides electrical insulation and enhanced anti-corrosion performance for harsh outdoor and containerized environments.
About Trumony
Trumony supports the development and mass production of aluminum liquid cooling components for energy storage applications, delivering customized thermal management solutions from prototype to volume production.
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.