Product Overview
Designed specifically for 587Ah large-capacity battery cells, our liquid cooling plate is a high-performance thermal management solution that addresses the core thermal challenges of high-power energy storage systems. As the demand for large-capacity battery cells grows rapidly in the energy storage industry, the need for efficient, reliable, and safe thermal management becomes increasingly critical — our liquid cooling plate is engineered to meet and exceed these requirements, ensuring optimal performance and long-term stability of your 587 battery modules.
Technical Specifications:
| Performance |
parameter |
unit |
| Alloy |
3003mod |
/ |
| Regular size |
flow plate 1.2 mm;flat plate 1.5 mm;flow height 3mm |
mm |
| Temperature difference |
3~5 |
℃ |
| Flow resistance |
15 |
Kpa |
Applications
Industrial and commercial energy storage systems
Grid-scale energy storage power stations
Wind and solar energy storage systems
Microgrid energy storage projects
Large-scale stationary battery energy storage systems
Backup power and UPS energy storage solutions
New energy power generation supporting energy storage
Why Choose Us
Professional liquid-cooled design for excellent thermal management and long battery life
High-strength aluminum alloy structure with high rigidity, light weight and strong durability
Customized for 1P52S energy storage battery packs, ensuring perfect fit and stable performance
Strict quality control and reliable production process
Competitive pricing and on-time delivery
Professional technical support and after-sales service
FAQ
Q1:Is this enclosure suitable for 1P52S Module energy storage systems only?
A1:Yes, this is custom-made for the 1P52 module. Of course, the hole positions, crossbeams, brackets, and dimensions can all be adjusted.
Q2:What else can we offer?
A2:The box body and related products such as top cover ,end plate and pipelines are available.
Q3:MOQ
A3In fact, there is no (MOQ). Customized samples can also be provided.
Q4:What technical capabilities do we have?
A4:Full-process customized design,Cross-component design collaboration,Desin optimization & simulation
Q5:General delivery time
A5:The sample stage: 40 -45 days.Mass production stage: 35 days
