The global installed capacity of energy storage has surged, and the scale of power stations continues to expand, but with this growth comes a shadow - fires in energy storage battery cabinets spread rapidly and are difficult to extinguish. If left uncontrolled, the consequences would be unimaginable!
Traditional testing focuses on a single battery, leaving it helpless in the face of complex chain reactions and spreading risks in actual energy storage systems. How to truly assess the fire behavior of large-scale energy storage systems? How to verify the effectiveness of fire-fighting strategies? The industry urgently needs a "safety yardstick"!
Fair Lab has provided a hardcore answer - the LSFT large-scale fire test platform for energy storage battery cabin. It tears down the barrier between the laboratory and reality, facing the most severe challenge of energy storage safety head-on!
Realistic reproduction, directly addressing pain points
Ultra-large-scale combustion field: Utilizing standard 20-foot fire-resistant containers as test unit retaining walls, stacked in a "C" shape, to accurately replicate the layout and fire spread path of real-world energy storage units.
Extreme fire simulation: With a calorimetric range of up to 20MW and a peak impact of 25MW, it authentically reproduces the ferocious fire and high-temperature, high-pressure environment caused by thermal runaway in energy storage systems.
Stereo monitoring hub: Integrating a 20-foot explosion-proof control center, it combines on-site monitoring, equipment control, multi-parameter high-precision synchronous acquisition, and data processing, ensuring complete control over the data flood.
Break through tradition, gain insight into the future
The platform is not just about "burning" but more about "solving":
✅ Cracking the Spreading Code: Clearly capturing the dynamic spreading patterns of fire within and between units, providing golden evidence for fire compartmentation and barrier design.
✅ Verifying fire protection efficiency: Conduct practical tests to assess the response speed, coverage capability, and real-world effectiveness of fire suppression strategies, ensuring that fire protection design moves beyond mere theoretical discussions.
✅ Data-driven standards: Comprehensively recording and analyzing vast amounts of combustion data, laying a solid data foundation for the design optimization of energy storage systems, upgrading of fire safety standards, and construction of risk assessment systems!
Hardcore advantage, empowering industries
Flexibility: Modular and mobile design, easily adaptable to complex venues, freeing testing from the constraints of fixed laboratories.
Professional escort: Our team has deep expertise in the field of lithium battery combustion testing, with years of experience ensuring precise testing and safe operation.
Scene worry-free: Clarify the venue requirements (60m*80m + open/hardened ground with a bearing capacity of ≥5T / complete embedded facilities), provide supporting utilities such as water, electricity, and fire protection, to ensure a worry-free test.
