Structural, Protection, Safety
for Battery Energy Storage System (BESS)
Thermal Runaway Remains the Most Critical Risk
In battery energy storage systems, thermal runaway can spread from a single failed cell to an entire cabinet within minutes. Battery enclosures and containers must therefore remain both watertight and fire-resistant, two requirements that are rarely combined with such intensity in other applications.
Insufficient protection in either area can turn a localized incident into a major event affecting the entire site.
Find your solution
Our Thermal Runaway Protection Solutions
Thermal Runaway Protection
Our battery pack seals integrate features that simplify assembly while enhancing protection against thermal runaway.
The halogen-free EPDM compound we have developed resists flame propagation in accordance with the most stringent fire-resistance standards. By combining advanced material performance with optimized seal design, this approach helps prevent a localized incident from spreading throughout the entire installation.
Insulation and Barrier Solutions
Our insulation and containment solutions are designed to isolate a localized event before it propagates across the installation, a critical challenge in high-energy-density battery storage systems.
Rather than relying on generic solutions, we tailor each design to the specific configuration of your battery cabinets and containers. This customized approach is particularly valuable in high-density installations, where maximizing both safety and space efficiency is essential.