New Energy / Energy Storage System Grade High-Strength Aluminum Alloy Rail Transit Cooler
This advanced thermal management solution is designed for modern renewable power and energy storage applications. Manufactured from high-strength aluminum alloy, this cooler combines lightweight construction with excellent mechanical durability, ensuring long-term stable operation in demanding industrial and transportation environments.
The cooler features a precision serrated fin structure that increases the effective heat exchange area and enhances airflow turbulence. This design significantly improves heat dissipation efficiency while maintaining a compact footprint. With a design pressure of 1.0 MPa, the system operates safely in high-pressure cooling circuits commonly used in power conversion, battery energy storage, and rail transit power modules.
Applications
- Battery energy storage cabinets
- Power conversion systems and inverters
- Renewable energy substations
- Rail transit traction systems
- Auxiliary power units
- Charging infrastructure
- Grid-connected energy storage facilities
Key Specifications
| Parameter |
Specification |
| Compatible Coolants |
Water or water glycol solution |
| Installation Method |
Horizontal or vertical |
| Design Pressure |
Up to 1.0 MPa (Standard) |
| Temperature Range |
-40°C to +150°C |
| Connections |
SAE, NPT, or BSPP fittings available |
| Customization |
Fully customizable dimensions, port locations, and circuit arrangements |
Product Advantages
Optimized for New Energy / Energy Storage System environments where stable temperature control directly impacts system safety and lifespan. The aluminum alloy body ensures excellent heat conductivity while reducing overall weight, simplifying installation and maintenance.
The serrated fin configuration enhances thermal efficiency without increasing energy consumption, supporting high-performance operation under variable load conditions. The 1.0 MPa pressure rating ensures compatibility with advanced cooling loops, providing long-term operational safety.
The product demonstrates strong adaptability to vibration, humidity, and ambient temperature changes, making it ideal for rail transit and renewable energy infrastructure. Its modular design allows easy integration into existing systems, reducing downtime and lifecycle costs.
Global Market Positioning
Developed for global deployment, this New Energy / Energy Storage System grade rail transit cooler meets the growing demand for efficient and reliable cooling solutions in renewable power generation and energy storage projects worldwide. It is an ideal choice for equipment manufacturers, system integrators, and project developers seeking durable cooling solutions for next-generation applications across international markets.