Aluminum Liquid Cooling Plate Stamped Brazed 1P48S for Containerized Energy Storage

Aluminum Liquid Cooling Plate Stamped Brazed 1P48S for Containerized Energy Storage

Trumony aluminum liquid cooling plate stamped brazed 1p48s for containerized energy storage is a stamped, vacuum-brazed and powder-coated aluminum bottom cooling plate engineered for energy storage battery packs. Integrating a leak-free liquid-cooling channel directly beneath the cells, it provides uniform heat dissipation for 1P48S packs — keeping cells within their optimal temperature range during fast charging and high-rate discharge, and helping ESS integrators extend pack life and safety.

Key Features

• Manufactured by precision stamping, vacuum brazing and black powder coating for durable, leak-free performance.
• Integrated liquid-cooling channel (serpentine) delivers uniform heat dissipation for 1P48S energy storage packs.
• Lightweight 3003 aluminum alloy reduces pack weight while maintaining structural strength.
• Powder-coated surface resists corrosion, abrasion and electrical tracking in harsh environments.
• Helium leak and 1.5 MPa pressure tested on every unit for zero-leak reliability.
• Custom channel layout, overall dimensions and inlet/outlet positions available.

Technical Specifications

Applications

• Containerized battery energy storage systems (BESS)
• Prefabricated storage cabins and skids
• Utility-scale energy storage projects
• 1P48S and 1P52S battery modules

Why Choose Trumony

• In-house stamping, vacuum brazing, powder coating and CNC machining for full process control.
• End-to-end support from design and simulation to prototyping and mass production.
• ISO 9001:2015 certified quality management with helium leak and pressure testing on every unit.
• Proven export experience serving customers in more than 56 countries.

FAQ

Q: Which battery packs is this bottom cooling plate suitable for?
A: It is designed for 1P48S and 1P52S energy storage battery packs (current sample: 1P48S); other configurations available on request.

Q: What manufacturing processes are used?
A: Precision stamping, vacuum brazing and powder coating, followed by helium leak and 1.5 MPa pressure testing.

Q: Can you customize dimensions and cooling channel design?
A: Yes. We provide design, simulation and rapid prototyping based on your drawings.

Order Now

Contact Trumony today for a quotation, technical drawings or samples of this 1P48S bottom cooling plate — our team responds within 24 hours.