Deep Cycle 2.3V 2.9Ah 20Ah 70C LTO Pouch Cell for Large-Scale Energy Storage

The LTO Toshiba SCiB 2.3V 2.9Ah is a lithium titanate oxide (LTO) battery cell developed by Toshiba for applications requiring ultra-fast charging and extreme durability. This cell is widely recognized for its groundbreaking balance of speed, safety, and longevity in next-generation energy systems.

Designed for utility-scale projects, our 100Ah LTO pouch cell offers a balance of performance and affordability. With a standardized size of 600mm x 300mm x 5mm, it enables high-packing efficiency (150 cells/m³) in 40-foot container systems. The cell features a manganese-doped LTO anode and recycled aluminum current collectors, reducing material costs by 18% compared to premium models. Operating at 2.35V nominal voltage, it supports 3C continuous discharge and integrates with existing BMS platforms via CANopen protocol.

1. Grid-Level Economics: Achieves $150/kWh system cost, with LCOS (levelized cost of storage) <$0.05/kWh over 15 years.

2. Plug-and-Play Integration: Pre-assembled in 15kWh rack modules, reducing installation time by 40% for 10MWh projects.

3. Predictable Degradation: Maintains 70% capacity after 20,000 cycles, with linear degradation curve for accurate lifecycle planning.

4. Sustainability Focus: Uses 50% recycled cathode materials and is 100% recyclable at end-of-life, aligning with circular economy goals.

Solar+Storage Plants: Co-locates with 100MW+ solar farms, providing 4-hour storage at <$100/kWh installed cost.

Industrial Peak Shaving: Saves 30% on demand charges for factories, with 500kW systems reducing monthly bills by $15,000+.

EV Charging Hubs: Supports 100x DC fast chargers per MWh, ensuring 99% charger availability during peak hours.

Island Microgrids: Powers remote communities with 100% renewable energy, replacing 500,000 liters of diesel annually for a 1,000-person island.