As renewable energy rapidly expands, the demand for large-scale lithium battery storage systems continues to grow. However, the California lithium battery storage facility fire has once again exposed the latent safety risks of energy storage systems. This article examines the lithium battery fire health risks in depth, explores the mechanisms behind thermal runaway, and outlines effective prevention and thermal management solutions.
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Thermal Break
Thermal insulation materials capable of withstanding ultra-high temperatures up to 1300°C, composed of nanoporous silica aerogel and porous silicon dioxide lightweight composite materials. Their non-conductive thermal properties can be used to prevent thermal runaway. Widely applied in aerospace, aviation, electric vehicle batteries, energy storage and other fields requiring lightweight solutions and isolation of high-temperature diffusion.
Thermal Insulation
AS17-s
0.028 W/m·K
INDUSTRIAL
AS27-s
0.009 W/m·K
ELECTRONICS
AS17-s
0.028 W/m·K
INDUSTRIAL
AS28-s
0.028 W/m·K
ELECTRONICS
AS27-s
0.009 W/m·K
ELECTRONICS