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SCiB™ Rechargeable battery
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Top Page
What is SCiB™
Applications
Applications
TOP
Hybrid Electric
Vehicles
Plug-in Hybrid
Vehicles
Automotive
Starter Battery
Cranes
Electric Ships
Electric Buses
Hybrid Buses
Hybrid Trucks
Railway
AGVs and
AMRs
Electric Power
Systems
UPS
IoT
Drones
Products
Products
TOP
Cells
Line up
High power type
High energy type
Combination type
Modules
Line up
2P12S modules
1P9S modules
Industrial Pack
Components
Systems
Case Study
Case Study
TOP
Vehicles
Industrial equipment
Electrical power & energy
Railways & Boats
Cross-industrial
Next Gen.
Next Gen.
TOP
12V/24V Automotive
Starter battery
48V Battery for
Mild Hybrid Systems
High Energy Type
26Ah cell
High Power Type
4.8Ah-HP cells
Niobium Titanium
Oxide (NTO) anode
Skin-Coated Electrode
(SCdE)
Stainless steel based cell
Knowledge
Knowledge
TOP
Brochures
and Documents
Battery School
- Basics of lithium-ion batteries
SCiB™ Topics
Toshiba Reviews
(in Japanese)
Cell Characteristics
Cell Simulation
Locations
Sustainability of SCiB™
Sustainability of SCiB™
TOP
Initiatives for the SDGs
Initiatives for SCiB™
Actions for the Achievement of Sustainable Development Goals (SDGs)
Green Procurement

Frequently Asked Questions

Why is SCiB™ safe?（No.1631）

When an internal short circuit caused by external pressure occurs, the lithium titanium oxide on the anode becomes an insulator. This lowers the probability of smoke and fire. Hence, SCiB™ is ideal for applications that require high safety, such as automobiles, industrial devices etc.

Please click here to view a video on SCiB™ abuse tests.

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