#China #Shenzhen #Energy Storage #fire safety #CLOU Aqua C2.5

CLOU Aqua C2.5 Achieves Unprecedented Safety with 59-Hour Fire Test

The recent completion of a remarkable 59-hour and 10-minute Large-Scale Fire Test by the CLOU Aqua C2.5 marks a significant achievement in energy storage safety. This innovative 5MWh liquid-cooled energy storage system not only endured extreme conditions but also set a new benchmark for safety evaluations in the industry. The entire test process was thoroughly documented under the supervision of CSA Group personnel, ensuring the integrity and accuracy of the results.

During the test, which mimicked real-world fire scenarios, the Aqua C2.5 system showcased its exceptional resilience. Even when subjected to temperatures exceeding 1,300°C, the system maintained its structural integrity without any indications of thermal runaway propagation between the activated Battery Energy Storage System (BESS) and surrounding units. This critical data underscores the Aqua C2.5’s superior flame-retardant and thermal insulation capabilities, meeting customized testing criteria set by clients.

This extensive test was designed to evaluate the risks associated with fire spreading from one unit to another, particularly in centralized energy storage installations. The findings are paramount in shaping future energy storage solutions, as they provide vital parameters for enhancing the design and effectiveness of fire protection measures.

Eric Wang, System Director of the CLOU ESS Division, expressed pride in the outcome, stating, "The test results have far exceeded our most stringent safety benchmarks. CLOU's integrated approach, which combines superior flame retardancy with advanced thermal management and inherent system protection, represents a significant milestone in energy storage safety engineering."

The fire test simulated a comprehensive range of extreme scenarios— from ignition through to natural extinguishment—without any reignition experienced after the initial combustion was extinguished. This performance sets a new safety standard within the energy storage sector, demonstrating that the latest technologies can effectively integrate safety measures without sacrificing operational efficiency.

By achieving such unprecedented results, the CLOU Aqua C2.5 not only displays remarkable readiness for GW-scale deployment but also solidifies CLOU's leadership position in next-generation energy storage technologies. The implications of these advancements extend globally, influencing utility-scale, commercial, and industrial applications.

Furthermore, the successful completion of this Large-Scale Fire Test represents a forward-looking design specifically tailored to address the challenges posed by high-energy-density battery technologies. As the energy sector continues to evolve, ensuring safety and reliability in energy storage systems will remain a top priority.

The results from the fire test reveal a significant leap in energy storage safety standards, indicating that CLOU is committed to protecting users from prolonged thermal runaway events, while also leading the way in establishing crucial certification benchmarks for the industry worldwide. With these advanced safety protocols in place, the Aqua C2.5 sets a new paradigm for energy storage solutions that prioritize both efficiency and safety.

CLOU's pioneering efforts not only underscore their response to client safety imperatives but demonstrate a broader commitment to enhancing operational protocols in energy storage facilities. As this industry milestone is acknowledged, it paves the way for future innovations geared towards fostering safe energy practices in a rapidly evolving market.