Single-use battery GP Batteries Lithium 103173 AAA

The GP Batteries Lithium 103173 AAA is a single-use AAA cylindrical battery designed to deliver stable 1.5 V power for high-performance portable electronics. Using lithium cell chemistry, it provides long shelf life and consistent output under a wide range of temperatures. Supplied as a pack of four, this battery is suitable where dependable, long-lasting energy is required for devices with moderate to high drain.

Advantages

Lithium chemistry ensures higher energy density and longer storage life compared with standard alkaline cells, while maintaining stable voltage until depletion. The battery performs reliably in extreme temperatures and during intermittent use, reducing the need for frequent replacements. Its compact AAA size makes it compatible with many consumer electronics, and the blister packaging keeps the cells protected and easy to handle.

Suitable for

• Digital cameras and flash units
• Remote controls and key fobs
• Portable audio devices and handheld games
• Laser pointers, thermometers and small medical devices
• Other AAA-compatible high-drain or critical-use electronics

Key specifications

• Battery type: single-use (primary) cylindrical cell
• Battery chemistry: lithium
• Nominal voltage: 1.5 V
• Size: AAA
• Quantity in pack: 4 pieces
• Designed for a wide operating temperature range and long shelf life

How to use

Insert the battery into the device ensuring correct polarity markings (+/−) are observed. Use batteries of the same type and age together and replace all cells in multi-cell devices at the same time. Store unused batteries in a cool, dry place in their original packaging until needed. Dispose of used batteries according to local regulations for battery recycling or hazardous waste.

Recommendations

For devices that require reliable power over long periods or in fluctuating temperatures, choose lithium AAA cells rather than alkaline. Avoid mixing different battery chemistries or new and partially used cells to prevent leakage or reduced performance.