Panasonic rechargeable batteries

BK-3HGAE 2700 mAh Panasonic rechargeable AA with electrowelded blades

Rechargeable 2700 mAh with electro-welded slats

Panasonic high-capacity rechargeable batteries: Reliable and sustainable energy for your business

Explore our selection of Panasonic rechargeable batteries, ideal for providing reliable and sustainable power for your applications. We are the ideal partner for businesses looking for high-quality power solutions. Offer your customers premium Panasonic rechargeable batteries for excellent performance and durability.

How do rechargeable batteries work?

Rechargeable batteries consist of three parts: an anode (negatively charged), an electrolyte, and a cathode (positively charged). Electrons, passing from the anode to the cathode, generate a charge of electricity. This exchange continues until the anode runs out of electrons: at this point, the battery is considered discharged. While for a traditional battery this is the end of its life, for a rechargeable battery this is not the case. In fact, by using a charger, it is possible to reverse the flow and restore the initial excess of electrons in the anode: in this way, the battery is literally recharged and the flow can start again.

How long do rechargeable batteries last?

Since rechargeable batteries normally cost more than non-rechargeable batteries, it is critical to know how often they can be recharged. Panasonic Eneloop batteries, for example, can be recharged up to 2100 times and retain 70% of their charge even after 10 years of storage. Although, therefore, the initial investment is higher, it is repaid after very few recharge cycles, thus providing significant financial savings. Choosing rechargeable batteries supports an ecofriendly and environmentally friendly lifestyle. Many more batteries are used in daily life than you may think: remote controls, toys, flashes, causing a huge amount of special waste. Using rechargeable batteries, therefore, allows you to contribute to the reduction of waste for disposal.