Rechargeable Ni‑MH AA batteries ESPERANZA EZA103W 2000 mAh, 2 pcs, white

Rechargeable Ni‑MH AA batteries ESPERANZA EZA103W 2000 mAh, 2 pcs, white are standard-size AA cells designed for repeated charging and reliable use in everyday devices. With a nominal capacity of 2000 mAh, this two-pack provides a reusable alternative to single‑use alkaline batteries for household electronics, remote controls, toys, flashlights and other portable equipment that accept AA batteries.

Advantages

These Ni‑MH AA rechargeable cells deliver a balance of capacity and cycle life suitable for moderate to high current drains. They come pre-finished in white and are ready to install, reducing waste and ongoing cost compared with disposable batteries. Ni‑MH chemistry ensures low self-discharge relative to older rechargeable types and stable voltage under load, making them practical for a wide range of consumer devices.

Suitable for

• Remote controls and wireless peripherals
• Toys and handheld gaming devices
• Portable flashlights and lanterns
• Clocks, radios and small household electronics
• Battery-operated tools with AA battery compartments

Key specifications

• Chemistry: Nickel‑metal hydride (Ni‑MH)
• Cell size: AA (also known as LR6/AM3 compatible form factor)
• Nominal capacity: 2000 mAh
• Pack quantity: 2 cells
• Color: white
• Intended use: rechargeable, low- to medium-drain devices

How to use

Install the AA cells in the correct polarity (+/−) in the device battery compartment. Charge the batteries with a compatible Ni‑MH charger following the charger manufacturer’s instructions before first use and whenever device performance drops. Do not attempt to charge these cells in chargers designed exclusively for other chemistries (for example, NiCd-only or lithium-only chargers) unless specified as compatible. For storage, keep cells in a cool, dry place and avoid prolonged exposure to high temperatures.

Usage recommendations

For longest service life, use a smart charger with delta‑V or temperature cutoff and avoid deep discharge cycles when possible. Replace all batteries in a multi-cell device at the same time and only mix cells of the same chemistry and similar charge state. Dispose of batteries according to local regulations or recycle at appropriate collection points.