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imuto AA Rechargeable Lithium Batteries of 4, 1600 Long Cycles?3600mAh High Capacity Batteries 1.5V Constant Output AA Lithium Batteries with Battery Charger

£13.99

【3600mWh LONG LASTING POWER】imuto 3600mWh rechargeable lithium AA batteries are designed for high-drain devices, providing longer usage time between charges, making it ideal for power-hungry devices that consume more energy over time. (3600mWh ≈ 2400mAh)
【1.5V CONSTANT VOLTAGE OUTPUT】imuto 1.5V rechargeable AA lithium batteries delivers a consistent and stable 1.5V voltage output throughout the discharge cycle, has a stronger energy output than 1.2V NiMH batteries, and can power a wider variety of devices
【1600 CYCLE LIFE】imuto AA rechargeable lithium batteries has an amazing cycle life of up to 1600 charging cycles with no memory effect. Can effectively reduce your battery costs and carbon footprint
【VERSATILE APPLICATIONS】imuto 3600mWh rechargeable AA lithium battery is perfect for a variety of continuous high-drain devices, including video doorbell, security camera, trail camera, smoke detector, smart lock, solar light
【AA LITHIUM BATTERY FAST CHARGING CASE】imuto double A rechargeable lithium batteries with charger set includes 4 batteries and a fast charging case. The charging case can fully charge 1-4 batteries with a capacity of 3600 mWh in about 3 hours, which is 40% more efficient than NiMH batteries. (Please use 5V/3A adapter for quick charging)
【CHARGING, STORAGE, PROTECTION IN ONE】 imuto AA lithium battery charging case adopts magnetic closure and an independent battery slot design, which not only allows for fast charging but can also be used as a battery storage box for organized battery storage, and provides protection against moisture, dust, pressure, and splashes to ensure battery safety and is easy to carry on the go
【OVER-DISCHARGED BATTERY RE-ACTIVATION】imuto AA lithium-ion batteries charging case has a microcurrent function. The smart chip can identify over-discharged batteries, and then reactivate batteries that have been excessively discharged by applying a gentle microcurrent, restoring them to usable condition