10.5-Minute Charge (10% to 80% SOC): The S800 redefines charging efficiency with its 6C ultra-fast charging capability, slashing downtime and maximizing productivity for electric vehicles (EVs) and hybrid systems.
High-Voltage Architecture: Optimized for rapid energy transfer without compromising battery longevity or safety.
As the industry’s first extended-range battery to offer a 65kWh capacity, the S800 delivers extended driving ranges and sustained power for heavy-duty applications.
Integrated Wireless High-Voltage Box: Eliminates traditional wiring harnesses, reducing weight, complexity, and potential failure points while enhancing reliability.
Anti-High Voltage Short Circuit: Proprietary thermoelectric isolation technology prevents electrical hazards, ensuring stable performance under extreme conditions.
Downward Venting for Passenger Safety: High-temperature gases and smoke are directed downward during thermal events, shielding occupants and critical systems from harm.
Dual Large-Surface Liquid Cooling System:
- 2x Faster Cooling Rate: A dual-sided liquid cooling system accelerates heat dissipation, maintaining optimal battery temperatures even during high-load operations.
- 4x Larger Cooling Area: Compared to conventional bottom-only cooling designs, the S800’s expanded thermal management surface ensures consistent efficiency and prolongs battery life.
The S800’s battery pack is fortified with a multi-layered defense system:
- Double-Layered Aerospace-Grade Alloy Panels: Ultra-thick, impact-resistant barriers for superior mechanical protection.
- Insulating Mica Paper: Blocks electrical leakage and enhances thermal insulation.
- High-Temperature Mica Board: Withstands extreme heat without structural degradation.
- Ultra-Strong Steel Guard Plate: Combines high strength and flexibility to resist deformation.
- Anti-Corrosion Super Coating: Shields against abrasion, chemicals, and harsh environmental conditions.
Reinforced Anti-Collision Beam: A robust triangular beam design absorbs and redistributes impact energy, safeguarding the battery core.
75% Thickened Side Beams: Enhanced edge reinforcement ensures structural stability and crash resilience.
