Hithium Pioneers Safe Energy Storage Solutions with Fire Test
Hithium Innovates with Large-Scale Fire Testing
Sets new safety benchmark under rigorous testing conditions
Hithium has achieved a remarkable milestone in the field of energy storage technology by successfully completing the world’s first all open-door large-scale fire test using its advanced ?Block 5MWh battery energy storage system (BESS). This innovative test not only demonstrates Hithium’s commitment to safety but also sets a new benchmark for validation methods within the energy sector.
The Importance of Rigorous Safety Testing
In recent years, there has been increasing concern regarding safety incidents related to battery energy storage systems, particularly issues like thermal runaway. This growing anxiety underscores the urgent need for more stringent and standardized testing protocols. Understanding this necessity, Hithium developed the open-door fire test, which introduces four ultimate test challenges deliberately designed to push the system to its limits.
Key Components of the Test
The open-door fire test incorporated various extreme conditions, including:
- All open-door combustion: Keeping the container doors fully open allowed for an unrestrained combustion environment, intensifying oxygen flow—much more severe than conventional closed-door tests.
- Minimal spacing: The BESS units were placed close to each other with only a 15cm gap, testing the system’s ability to manage extreme heat. Even with flames exceeding 1300°C, there was no thermal propagation to adjacent units.
- Deactivation of fire suppression systems: The test relied exclusively on passive fire protection measures, confirming the system's autonomy to resist fire without active suppression.
- Full capacity conditions: The BESS was charged to 100% State of Charge (SOC), ensuring maximum thermal energy release and rigorously testing reliability and stability.
Test Oversight and Results
Conducted by UL Solutions, a prestigious safety certification body, the test was closely monitored by certified fire protection engineers and various stakeholders in the energy sector. Adhering to rigorous safety standards set forth by UL 9540A and NFPA 855, the test ensured comprehensive safety validation.
Remarkably, even after enduring 15 continuous hours of intensive combustion, the structural integrity of the energy storage system remained intact. There was no fire propagation to neighboring containers, showcasing Hithium's efficient multi-layered passive safety architecture and exceptional thermal isolation capabilities.
Looking Ahead: Hithium's Commitment to Safety
This achievement not only reflects Hithium's commitment to fostering innovation and prioritizing quality but also contributes significant insights for refining future safety standards across the energy storage industry. Hithium aims to continue advancing safety performance by leveraging cutting-edge technologies and fostering global collaborations, propelling the industry toward a safer and more reliable future.
About Hithium
Founded in 2019, Hithium stands at the forefront of the energy technology landscape, emphasizing innovative and efficient energy storage solutions. As a distinguished leader in the field, Hithium has cultivated substantial research, manufacturing, and service capabilities, establishing a prominent footprint in worldwide markets.
Being the only energy storage company dedicated to achieving GWh-scale global shipments of lithium-ion energy storage systems, Hithium remains committed to a customer-centric approach. Their relentless focus on technological advancement and innovation has allowed them to flourish in over 20 countries and regions, ensuring they meet the diverse needs of their clients.
Frequently Asked Questions
What is the significance of Hithium's recent fire test?
The recent fire test marks a substantial milestone in energy storage safety validation, establishing new benchmarks and guidelines for the industry.
How does the open-door fire test differ from standard tests?
The open-door test incorporates a fully open combustion environment, minimal spacing between systems, and a reliance on passive safety features, surpassing limitations of traditional closed-door tests.
What safety standards were followed during the fire test?
The test strictly adhered to recognized safety standards including UL 9540A and NFPA 855, ensuring comprehensive safety validation.
How did Hithium’s system perform during the test?
The system endured over 15 hours of intense combustion without any structural failure or fire propagation, showcasing its robust safety architecture.
What are Hithium's goals moving forward?
Hithium aims to continuously enhance safety performance through technological advancements and global collaborations while advancing the energy storage industry.
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