1. Fast charging technology：
Supports terminal fast charging technology. Through the optimization of superconducting electrolyte, high energy density materials and thermal composite process, it solves the problem of “fast at the beginning and slow at the end” in traditional fast charging, reducing the proportion of charging time from 80% to 100% of the battery to less than 20% of the entire process.
2. Safety：
The double-layer sealing technology is adopted to achieve “zero permeability” in water-related environments. Combined with micro-nano level insulation materials and nano-ceramic insulation coatings, it can effectively block the transmission path of thermal runaway and achieve the effect of “0 heat spread”. The 2.0 version of the Fortress Off-road Battery also enhances its impact resistance through a double-layer protection structure. The bottom impact resistance is six times the national standard (1000J), and the torsional stiffness is more than three times the industry average (breaking through 30,000 Nm/deg).
3. Structure and Materials：
The pouch cell adopts a three-dimensional architecture design of four layers horizontally and eight layers vertically, equipped with a bottom-level active early warning function. Combined with composite separators and thermal composite flying stack technology, it ensures energy density while enhancing safety redundancy.
4. Cost and Performance:
Reduce production costs through material and process innovation, making prices more competitive. The lithium iron phosphate route enhances thermal stability, has excellent cycle life and safety performance, and is suitable for rapid entry into the mid-range market.
