Thermal runaway: serious consequences that cannot be ignored — building a solid safety line with excellent quality

In the new energy vehicle sector, thermal runaway is a major safety hazard currently receiving considerable attention, with devastating consequences.

When a new energy vehicle's power battery experiences thermal runaway, a chain reaction of hazards, including high temperatures, explosions, and the release of toxic gases, can ensue. This not only threatens life and property, but also undermines industry trust. Our company prioritizes quality throughout the entire power battery production process to mitigate these risks. We use highly stable cathode materials and flame-retardant electrolytes to mitigate the likelihood of thermal runaway at the source. We also innovatively develop a three-dimensional heat dissipation structure, which improves heat dissipation efficiency by 40% compared to traditional designs, allowing for rapid dissipation even in the event of localized heat anomalies. Each battery undergoes 128 rigorous tests, including extreme temperature cycling from -40°C to 85°C, 150% overcharging, and needle penetration testing. These tests far exceed over 60 industry standards, ensuring stable operation under all extreme operating conditions. This fundamentally eliminates the risk of thermal runaway and allows users to enjoy a safe and eco-friendly travel experience.

Quality is the first line of defense against risk. Going forward, our company will continue to leverage technological innovation to drive quality upgrades, achieving breakthroughs in material research and development, structural design, and testing standards. This will not only provide users with safer and more reliable products, but also advance safety standards across the industry. We will safeguard life, property, and the environment with exceptional quality, fulfilling our corporate promise of "peace of mind with every use."