LSFT Large-Scale Fire Testing - Description of Testing Capabilities
Project | Test capability description |
|---|---|
Overview | Dual testing stations, with a single testing area measuring 20m*12m, and a smoke collection hood with dimensions of 12m*12m. Equipped with a 20W high-efficiency exhaust gas treatment system |
Test Basis | UL9540A Appendix C：Large - Scale Fire Test |
Sample Size | 10-foot, 20-foot, 40-foot energy storage cabin |
Heat release rate measurement capability | Stable at 20MW, with a peak of 28MW |
Test data is available | HRR, temperature, voltage, heat flow, cabin pressure, gas composition (cabin/combustion flue gas), video (standard HD/infrared/high-speed/drone), environmental parameters, etc |
Safeguard measures | Efficient flue gas treatment device, vegetation and combustible control in testing area, various safety protection measures |
LSFT large-scale fire test - on-site actual shooting
LSFT Large-Scale Fire Testing - Testing Process
Experimental pre-configuration and security isolation
Select test site
Sample arrival and acceptance
Sample pretreatment
Deploy explosion-proof wall
Remote monitoring system and automatic fire extinguishing system
Thermal runaway trigger design
External fire
Battery overcharge
Single cell heating
Ignition device triggering
Multi-dimensional data synchronous collection
Temperature/Voltage
Heat Release Rate
Heat Radiation Flux
Pressure Monitoring
Gas Analysis
Combustion process control and critical point recording
Thermal runaway initiation
Cabinet rupture
Flame ejection
Flashover phenomenon
Fire suppression system response
Post-treatment and toxicity assessment
Tail gas treatment
Battery shutdown and standby
Residual voltage detection
Residue collection
Environmental pollution assessment
LSFT Large-Scale Fire Testing - Typical Test Scenario
LSFT Large-Scale Fire Testing - Thermal Runaway Trigger Module
