Panasonic

ENELOOP PRO AA 4PK 2550MAH RECHARGEABLE

C$32.88

BK3HCCA4BA
In stock
+ -

Product description

Eneloop Pro

Eneloop Pro batteries are the perfect choice for high energy consuming devises such as photo strobe flash lights, wireless keyboards, mice, game controllers and household devices.

Recharges Quickly

The Eneloop pro rechargeable battery is extremely well-suited to devices with high power consumption such as cameras, flashes, wireless keyboards, wireless mice, computer games, household devices, radios and much more. Eneloop batteries come fully charged when you buy them and, furthermore, the Eneloop pro battery recharges extra quickly

Work for longer with Eneloop pro

The great advantage of Eneloop batteries is that they come fully charged when you buy them and that in addition they are charged using solar energy. These factors play a role in the eventual aim of Eneloop: a sustainable lifestyle. Eneloop pro is essential in professional environments. With this type of battery, not only can you work for longer, but you can work faster too. The lifespan of the Eneloop pro is greater than a standard alkaline battery and, furthermore, it charges more quickly than other comparable rechargeable batteries

Stable Power

Our batteries can be charged up to 500 times and they still retain 85% of their original power after 1 year. Furthermore, the power of an Eneloop pro battery is stable which means that when you use it in cameras; you can use the flash very rapidly. With this type of battery, you can use the flash up to 800 times consecutively

Slow Discharge

The most important feature of Eneloop pro batteries are that they lose their charge slowly. Furthermore, the batteries continue to work well when kept at extremely low temperatures, as low as -20° Celsius.

Features

  • Can be recharged up to 2100 times and economical
  • Ready for use even after 10 years on the shelf
  • More powerful than other dry charge batteries
  • Japanese design and technology
  • Precharged and ready for use
  • Give better yield at extreme temperatures

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