ExoDrive Cells™

High-Performance EV Battery Cells for Modern Electric Vehicles

ExoDrive Cells™ are the core power units behind Exoben’s next-generation electric vehicles.

They are engineered for fast acceleration, long driving range, high safety, and strong performance in hot climates, conditions where many EV batteries lose power or degrade quickly.

Every ExoDrive cell is designed with advanced chemistry, strong thermal stability, and long cycle life to support reliable, everyday EV use.

Built for Strong
Performance

ExoDrive Cells™ deliver the energy and power EVs need for smooth driving, fast response, and long travel distance.

Key strengths:

  • High discharge capability for strong acceleration
  • Stable performance in 40–50°C heat
  • Low internal resistance for better efficiency
  • Long cycle life for many years of driving

These cells are built for both city driving and long-distance travel.

Heat-Resistant for Real Roads

Many EV batteries lose power in hot environments. ExoDrive Cells™ are engineered for heat:

  • Safe operation up to 50°C
  • Slow degradation in tropical and desert regions
  • Strong thermal management for long trips

Fast Charging Ready

Designed for ultra-fast charging with ExoBoost™:

Drivers spend less time waiting and more time moving

Smart, Safe & Efficient

Every cell is monitored by intelligent electronics that:

Perfect for:

  • Balance voltage and temperature
  • Reduce stress during charging
  • Predict aging and performance
  • Improve overall safety

This makes EV batteries safer, stronger, and more reliable.

Perfect for All EV Types

ExoDrive Cells™ power multiple types of electric vehicles:

  • Passenger EVs
  • SUVs
  • Commercial vans
  • Small cargo and utility EVs
  • Fleet vehicles
  • Future Exoben Mobility platforms

It grows with your needs — just add more batteries or panels later.

Better Energy

ExoDrive Cells™ Technical Specifications

Category Technical Details
Energy Density 230–290 Wh/kg (cell level), 550–650 Wh/L volumetric
Chemistry High-nickel NMC / NMC-Graphite blend
Nominal Voltage 3.6–3.7V per cell
Charge Rate Fast charging up to 2C–3C
Discharge Rate Continuous 3C, peak 5C (vehicle-dependent)
Thermal Range Charge 0°C to +55°C / Discharge −20°C to +55°C
Thermal Stability Safe operation up to 90–110°C internal cell temperature
Internal Resistance 1.5–2.0 mΩ per cell
Cycle Life 2,500–4,000 cycles (80% capacity) depending on usage
Systems Cell balancing, thermal monitoring, AI fault prediction
Cooling Compatibility Air-cooled and liquid-cooled pack architectures
Vehicle Integration 350V–800V EV platforms
Certifications UN 38.3, IEC 62660, CE, RoHS

All specifications are subject to manufacturing tolerances and operating conditions. Contact our technical team for detailed integration requirements.