Structural Integration Innovations
Precision Positioning Structure: Achieves efficient cell accommodation and enhances both space utilization and structural stability through a design that ensures precise alignment between dual enclosure panels.
Thermo-Electric Separation Compatibility: Optimizes the enclosure structure to resolve compatibility challenges between prismatic cell thermo-electric separation and CTC/CTB technologies, enabling integration with next-generation vehicle architectures.
Modular Aluminum Enclosure: Utilizes a scalable, modular design to meet the common requirements of multiple vehicle models; compared to traditional designs, it reduces weight by 12%–35% and lowers production costs by 35%–50%.
Safety and Protection Upgrades
Directional Pressure Relief Structure: Incorporates independent exhaust channels to direct thermal runaway gases out of the enclosure, significantly reducing the risk of thermal propagation and enhancing system safety.
Semi-Solid State Compatibility Structure: Features a dedicated enclosure design for semi-solid state cells that improves heat transfer capability by 50% and strengthens resistance to high-temperature thermal runaway propagation.
Manufacturing and O&M Optimization
Rapid Assembly/Disassembly Structure: Simplifies the installation and removal process for mobile energy storage battery enclosures via a push-to-lock mechanism, substantially increasing assembly efficiency.
Integrated Power Distribution: Embeds a secure IoT gateway within the enclosure's power distribution box, eliminating the need for independent wiring across multiple devices and enabling intelligent data acquisition for the battery cabinet.