EXLIPORC SIB-200: High-Safety 3.0V 200Ah Sodium-ion Prismatic Battery Cell - 4,000+ Cycles for Commercial & Grid Storage

The Exliporc 200Ah 3V Sodium Ion Battery represents advanced energy storage technology with exceptional longevity and reliability. Designed for electric vehicle applications and power systems, this sodium-ion battery offers superior performance with up to 4000 cycles, making it an ideal solution for sustainable energy needs.

• Lithium-Price Hedging: By utilizing abundant sodium resources, SIB-200 protects your project ROI from the price volatility of the global lithium market.
• Inherent Fire Safety: The stable chemical structure ensures no thermal runaway even during physical damage, making it the safest choice for high-occupancy building storage.
• Superior Thermal Windows: Functions efficiently from -40°C to +60°C, maintaining over 90% capacity at -20°C without active heating parasitic loads.
• High-Rate Capability: Supports 2C/3C rapid discharge, ideal for grid frequency regulation and high-power industrial UPS backup.
• Environmentally Sustainable: Reduced CO2 footprint during material extraction and manufacturing compared to traditional LFP/NMC cells.

The EXLIPORC SIB-200 represents the commercial maturity of Sodium-ion (SIB) technology. As EPC contractors and developers look toward 2026, the need for a non-lithium, high-cycle, and cost-predictable battery has never been greater. Our 200Ah prismatic cell delivers on all fronts, providing a reliable foundation for the next generation of energy independence.

Traditional LFP batteries often become "liabilities" in extreme cold, requiring heavy energy consumption for internal heaters. The SIB-200 solves this challenge with its natural temperature resilience. Whether deployed in the Arctic or tropical regions, it delivers a flat discharge curve and consistent power output, drastically reducing your system's Operation & Maintenance (O&M) complexity.

With a standardized prismatic form factor and advanced terminal design, the SIB-200 is built for rapid integration into large-scale BESS containers and industrial microgrids. Its high energy density for stationary applications ensures you get the maximum kWh per square meter of high-value industrial land.

This advanced sodium-ion battery is specifically engineered for electric vehicle power systems, renewable energy storage, backup power solutions, and industrial applications where reliability, longevity, and safety are paramount.