海博思创HyperBlock III 储能系统成功通过大规模燃烧测试，筑牢全球储能安全新标杆

Core Viewpoint - The successful large-scale combustion test of the HyperBlock III energy storage system demonstrates the company's commitment to safety and innovation in energy storage technology, providing valuable data and experience for the global energy storage industry [1][10]. Group 1: Test Overview - The HyperBlock III energy storage system underwent a large-scale combustion test witnessed by international certification bodies and strategic clients, showcasing the system's fire resistance design and thermal protection performance [1]. - The test utilized five HyperBlock III storage units arranged in a real-world installation layout, simulating actual project fire scenarios without any fire suppression system intervention, adhering to strict CSA/ANSI and UL installation standards [2]. Group 2: Test Results - The HyperBlock III storage units demonstrated excellent structural fire resistance, maintaining integrity after 16 hours of combustion testing, with the door design effectively resisting high-temperature impacts [4]. - During the test, the maximum temperature reached 1400°C, yet adjacent storage units maintained stable temperatures, with the highest cell temperature only reaching 56°C, confirming the system's leading position in fire resistance and thermal insulation within its class [4]. Group 3: AI Cloud Platform - The Haibo AI Cloud platform played a crucial role during the test, maintaining stable communication and real-time data synchronization of thousands of battery cells, even under extreme conditions, allowing for early warnings of temperature anomalies [6]. - The platform's ability to record incident data supports post-incident analysis and system optimization, enhancing overall safety measures [6]. Group 4: Company Commitment - The company's CTO emphasized that safety is the lifeline of the energy storage industry and a primary principle in product development, with the successful test reflecting a comprehensive safety design approach [7]. - The test results lay the foundation for the development of next-generation high-energy density and high-safety energy storage systems, crucial for the large-scale deployment of gigawatt-hour level energy storage stations [7]. Group 5: Industry Impact - The successful combustion test provides valuable practical experience and authoritative data for the global energy storage industry, contributing to the improvement and upgrading of global safety standards [10]. - The company aims to drive innovation in energy storage technology towards safer, smarter, and more efficient solutions, supporting the global energy transition [10].