Μπαταρία μίας χρήσης Varta ENERGY AA Blister 30

The Varta ENERGY AA Blister 30 is a pack of 30 single-use alkaline AA batteries providing 1.5 V nominal voltage for everyday electronic devices. Packaged in a compact blister suitable for storage, these batteries are designed to deliver stable power for devices with moderate to low drain requirements. The AA size is compatible with a wide range of household items, and the alkaline chemistry offers shelf life and leak-resistant construction for routine use.

Advantages

These Varta ENERGY AA batteries offer reliable, consistent voltage output and predictable performance across a variety of devices. The alkaline chemistry supports longer shelf life compared with some other disposable battery types and reduces the need for frequent replacement. The pack of 30 provides a cost-effective supply for households or small workplaces where multiple devices require regular battery changes.

Suitable for

• TV and audio remote controls
• Battery-powered toys and handheld games
• Clocks, thermometers and other household electronics
• Flashlights and portable lights with moderate power draw
• Wireless computer peripherals such as mice and keyboards

Key specifications

• Battery type: single-use alkaline cells
• Battery technology: alkaline
• Nominal voltage: 1.5 V per cell
• Cell size: AA
• Quantity: 30 batteries per pack
• Packaging dimensions: 100 mm (W) × 48 mm (D) × 230 mm (H)

How to use

Install each AA battery according to the polarity markings in the device battery compartment, ensuring the positive and negative ends match the indicated terminals. Use batteries of the same type and age together; do not mix with rechargeable cells or different chemistries. Remove batteries from devices if they will not be used for extended periods to reduce risk of leakage and preserve battery life.

Recommendations

Store in a cool, dry place away from direct heat and sunlight. Dispose of used alkaline batteries according to local regulations; recycle where facilities exist. Keep out of reach of children and avoid short-circuiting or disassembling cells.