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Views: 0 Author: Site Editor Publish Time: 2026-07-16 Origin: Site
As battery energy storage systems continue to evolve toward higher capacity and greater energy density, 587Ah prismatic cells are becoming a preferred choice for utility-scale and commercial ESS applications. However, larger cell formats generate more heat during charge and discharge cycles, making efficient thermal management essential to ensure safety, performance, and long-term reliability.
The 587 ESS Cooling Plate is specifically engineered for 587Ah lithium battery modules, providing high-efficiency liquid cooling for next-generation energy storage systems. Designed to maintain uniform temperature distribution across the battery pack, it helps reduce cell temperature differences, improve system consistency, and support extended battery life.
Manufactured from high-performance AL3003MOD aluminum alloy, the cooling plate offers excellent thermal conductivity, corrosion resistance, and mechanical strength. Utilizing precision stamping and vacuum brazing technology, the product delivers reliable structural integrity and leak-tight performance under demanding operating conditions.
Key features include:
● Optimized coolant channel design for uniform heat transfer
● Low flow resistance to improve cooling system efficiency
● High structural strength for large-format battery modules
● Excellent corrosion resistance for long-term operation
● Lightweight aluminum construction for compact ESS integration
By effectively dissipating heat from 587Ah battery cells, the cooling plate minimizes the risk of thermal hotspots and enhances overall battery pack stability. It is suitable for utility-scale storage containers, commercial and industrial ESS projects, and other high-capacity energy storage applications.
With extensive experience in battery thermal management, Trumony Aluminum provides customized cooling plate solutions to meet specific battery configurations and project requirements, helping customers accelerate development while ensuring safe and reliable ESS operation.
