آخرین پرونده شرکت در مورد Shenzhen Hanast New Material co.,LTD گواهینامه

Project Overview

A battery energy storage system (BESS) integrator in Southeast Asia turned to us for a reliable thermal interface material to keep its containerized storage systems operating safely and efficiently in one of the world’s hottest, most humid regions.

Customer Background

The integrator designs and deploys containerized energy storage systems for utilities, industrial parks, and commercial buildings across Indonesia, Malaysia, and the Philippines. Its products rely on liquid-cooled cold plates and battery modules that must deliver consistent output day after day in ambient temperatures that regularly exceed 35°C. As projects scaled up, the company needed a thermal interface material that would stay reliable for the full life of the system.

Customer Challenge

• Excessive cell-to-cell temperature variation reducing usable capacity
• Hotspots shortening battery module lifespan and raising safety concerns
• Air gaps between cells and cold plates limiting heat transfer
• Demand for a long-life, non-curing material that resists pump-out and drying
• Need for a material compatible with automated dispensing lines

Our Solution: Thermal Conductive Silicone for Energy Storage

We supplied a thermally conductive silicone gap filler formulated for battery modules and power electronics in energy storage systems. Its soft, highly conformable nature fills uneven surfaces and eliminates air gaps, creating a stable thermal path from battery cells to cooling plates.

Implementation

1. Our engineers studied the module layout and defined the required bond-line thickness.
2. Material samples were tested for thermal performance, compression, and aging.
3. Dispensing parameters were tuned for the client’s automated production line.
4. We supported scale-up and supplied material in bulk for ongoing production.

Results

• Peak module temperature reduced by 12°C under high load.
• Cell-to-cell temperature spread narrowed by 35%.
• Projected module service life extended by more than two years.
• Client standardized the material across its C&I storage product line.

Why It Matters for Southeast Asia

Energy storage is expanding rapidly across Southeast Asia to support renewable integration, peak shaving, and grid stability. Because tropical heat accelerates degradation, reliable thermal management is central to safety, performance, and return on investment. Our thermal conductive silicone delivers the durability and efficiency BESS integrators need to build storage systems that perform dependably in the harshest operating conditions.

Client Feedback

“The gap filler gave us a stable thermal path we could rely on. Our modules now run cooler and more evenly, and we have standardized it across our commercial storage line," said the client’s engineering lead.