Sodium Ion (Na-Ion) Batteries

Sodium-ion batteries are the next-generation energy storage solution designed to provide safe, sustainable, and cost-effective power for a wide range of applications. Using abundant sodium resources instead of lithium, these batteries offer excellent thermal stability, long cycle life, and reliable performance even in demanding environments.

Sodium-ion technology is emerging as an eco-friendly alternative for renewable energy storage, telecom backup, electric mobility, UPS systems, and industrial applications. With improved safety characteristics and lower raw material dependency, Na-Ion batteries are ideal for future-ready energy solutions.


Features

  • High thermal stability and enhanced safety
  • Long cycle life with reliable performance
  • Fast charging capability
  • Excellent low-temperature performance
  • Low self-discharge rate
  • Environment-friendly and sustainable chemistry
  • Cost-effective energy storage solution
  • Stable discharge voltage across operating conditions
  • Reduced dependence on lithium and cobalt materials
  • Suitable for large-scale energy storage applications

Typical Specifications

  • Nominal Voltage: 12V / 24V / 48V
  • Capacity Range: 10Ah – 200Ah+
  • Cycle Life: Up to 4000+ cycles
  • Operating Temperature: -20°C to 60°C
  • Energy Efficient & Maintenance Friendly
  • Integrated BMS Protection Available

Applications

  • Solar Energy Storage Systems
  • Telecom Backup Power
  • UPS & Emergency Backup
  • Electric Vehicles & E-Mobility
  • Street Lighting Systems
  • Portable Power Stations
  • Industrial Energy Storage
  • Marine Applications
  • Smart Grid & Renewable Energy Systems
  • Advantages of Sodium-Ion Technology

Sodium-ion batteries provide a sustainable pathway for future energy storage by utilizing naturally abundant sodium resources. They reduce environmental impact, improve supply chain stability, and offer dependable performance for both residential and industrial energy needs. Their safer chemistry and scalable design make them highly suitable for modern energy infrastructure.


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