Scenario-Specific Customized Solutions＋
Yongxin Hongtai Technology focuses on the specific needs of diverse application scenarios, delivering highly tailored custom battery tray solutions through synergistic innovation across material, structure, and function. These solutions provide safety protection, energy efficiency optimization, and sustainable operation guarantees for energy storage systems, driving energy structure upgrades across industries and supporting green, low-carbon development.
Modular Design＋
Structural modular reconfiguration: From multi-dimensional perspectives of material innovation, architectural design, and process adaptation, achieving structural modular reconfiguration.
Scenario function integration: Oriented toward scenario requirements, building a flexible system of basic modules + scenario extensions to meet the needs of specific energy storage battery pack scenarios
High-Rate Response and Dynamic Support＋
High-rigidity structures withstand the sustained stress of 2C-rate charge-discharge; efficient liquid-cooled flow paths suppress hot-spot temperature differentials; rigid-flex synergistic design resolves the conflict between mechanical vibration and cell expansion, balancing frequency regulation response speed with system lifespan.
Extreme Environment Resistance and Lifespan Assurance＋
IP67-level sealing blocks dust and salt mist erosion; parallel flow paths with flexible uniform temperature distribution dissipate diurnal 30°C thermal stress; dual protection barriers resist harsh environmental degradation, safeguarding full-lifecycle attenuation rate compliance.
Spatial Efficiency and Intrinsic Safety＋
Based on reinforced front-end solutions, real-time regulation of cell expansion stress; integrated fire-blocking layers prevent thermal runaway propagation paths, adapted to standardized container high-density stacking requirements, supporting safe arbitrage under EMC mode.
Flexible Adaptation and Mobile Operations & Maintenance＋
Reusing grid-grade liquid-cooled architecture, optimized parallel flow paths maintain battery cluster ±2°C uniform temperature, ensuring long-term operational reliability of islanded systems in humid/high-corrosion environments.
