Battery Safety for Industrial & Energy Storage Applications
At Interberg, battery safety is not an afterthought. It is a core part of responsible energy storage design.
This page provides practical safety guidance, risk awareness and best practices for lithium-ion, sodium-ion and industrial battery systems used in critical environments.
Why Battery Safety Matters
As battery technologies become central to energy storage, telecom, UPS and industrial infrastructure, safety considerations are increasingly critical. Lithium-based and emerging chemistries such as sodium-ion introduce unique operational risks that differ significantly from conventional electrical systems.
​
Battery incidents are rarely caused by a single failure. They are often the result of insufficient understanding, improper containment, or the assumption that all battery fires behave the same way. At Interberg, we believe that sharing clear, experience-based safety guidance is essential for protecting people, facilities and long-term investments.
Technology-Specific Risk Awareness
Different battery chemistries behave differently under fault conditions. We provide safety guidance tailored to lithium-ion, lithium-polymer, sodium-ion and industrial battery systems used in stationary applications.
Containment & Mitigation Strategies
In many scenarios, containment is more effective than immediate extinguishing. We emphasize isolation, controlled environments and monitoring to reduce escalation and secondary damage.
Human Safety First
No asset is worth risking human life. Our safety framework prioritizes evacuation, clear communication and risk minimization before any technical intervention.
Lithium Battery Fire Safety
Lithium battery fires behave fundamentally differently from conventional electrical fires. Thermal runaway, internal oxygen generation and delayed re-ignition make standard firefighting approaches ineffective and potentially dangerous.
​
To address this risk, we have developed a practical, scenario-based safety guide focused on industrial and commercial environments.