52S Stamping‑Type Cooling PlateSpecially engineered for standard 52‑series lithium‑ion battery modules for energy‑storage systems. Internal flow channels are formed by precision aluminum stamping, then joined by continuous brazing for high structural integrity and reliable sealing performance

• Optimized for 52S module layout: Matches dimension and mounting interface of 52S battery module, supports seamless assembly into container‑type energy‑storage cabinet and battery PACK.

• Precision stamping & vacuum brazing process: Adopt high‑grade 3003 aluminum alloy. Stamped flow channels deliver low thermal resistance and even coolant distribution. Continuous brazing joint prevents hidden leakage risk for long‑term liquid cooling circulation.

• Superior thermal uniformity: CFD‑optimized parallel flow channel design reduces temperature difference across the plate, keeps cell temperature delta ≤3 °C, improves battery consistency and extends cycle life

• Light‑weight & high mechanical performance: Thin‑wall stamped structure lowers overall weight of battery system while maintaining enough strength to withstand 1.0 MPa working liquid pressure.

• Excellent medium compatibility: Fully compatible with water‑glycol coolant solution; good corrosion resistance under continuous operating conditions.

• Strict quality validation: Every cooling plate goes through air‑tightness test, hydraulic burst test, dimensional inspection and cleanliness check before delivery. Residual particles strictly controlled per ESS requirement.

• Mass‑production friendly: Stamping‑brazing process supports large‑volume stable output. Inlet/outlet position, mounting holes and surface treatment can be customized per customer drawings.

• Compliance: RoHS, REACH and conflict‑minerals compliant for global energy‑storage projects.

Application: Container‑scale energy‑storage system, industrial & commercial ESS, 52‑series prismatic battery PACK.