Rechargeable Li‑Ion Battery Panasonic NCR18650GA 3.6V 3500mAh (18650)

Rechargeable Li‑Ion Battery Panasonic NCR18650GA 3.6V 3500mAh is a cylindrical 18650 cell designed to provide high energy density and stable output for a wide range of portable and stationary applications. With a nominal voltage of 3.6 V and a rated capacity of 3500 mAh, this cell is intended for uses where long run time and consistent discharge performance are important. The cell is suitable for integration into multi‑cell battery packs or for use in single‑cell devices that accept the 18650 form factor.

Advantages

The Panasonic NCR18650GA offers a balance of high capacity and reliable discharge characteristics, delivering extended operating time between charges while maintaining voltage stability under moderate loads. Its cylindrical format and standardized dimensions make it compatible with widely available holders and modules, simplifying replacement and pack assembly. The cell’s chemistry provides good cycle life when used within recommended charge and discharge ranges, supporting repeated use in rechargeable applications.

Suitable for

• Power banks and portable chargers
• High‑output flashlights and headlamps
• E‑bike and electric scooter battery assemblies (within manufacturer specifications)
• DIY multi‑cell battery packs and hobby electronics
• Uninterruptible power supplies and energy storage modules at small scale

Key specifications

• Cell type: cylindrical 18650 lithium‑ion
• Nominal voltage: 3.6 V
• Rated capacity: 3500 mAh
• Chemistry: lithium‑ion
• Typical use: moderate to high energy storage applications
• Form factor: 18 mm diameter × 65 mm length (standard 18650 dimensions)

How to use

Use the cell in devices or packs designed for 18650 lithium‑ion cells and follow the device manufacturer’s instructions for installation and orientation. Charge the battery with a charger specifically designed for lithium‑ion cells, using the appropriate charge current and cut‑off voltage to avoid overcharge. When assembling multi‑cell packs, implement proper battery management and balancing to ensure safe operation and consistent performance across cells.

Recommendations

Store and transport cells at moderate state of charge, avoid exposing to high temperatures or direct sunlight, and do not subject cells to short circuits, mechanical damage, or improper charging. For best longevity, charge and discharge within the manufacturer‑recommended current limits and use a protection circuit or battery management system when building multi‑cell assemblies.