8 Pack AA Rechargeable Batteries for Solar Lights | 1600mAh 1.2V NiMH | Precharged | Low Self-Discharge | Reusable for Garden, Pathway, Patio, Deck, Fence & String Lights(Disclaimer)

Product description

• [Solar Ready] WENJOOP AA rechargeable batteries are made for outdoor solar lights and work well as replacement batteries for pathway lights, garden lights, landscape lights, deck lights, fence lights, and solar string lights. [1.2V NiMH 1600mAh] Each battery is rated at 1.2V 1600mAh and built with NiMH chemistry to support the repeated daily charging and discharging cycles used in solar lighting applications. [Precharged Use] Batteries arrive precharged for convenient setup and replacement.
• For the best performance, charge fully before first regular use in a compatible solar light or NiMH battery charger. [Charge Hold] The low self-discharge design helps reduce power loss during storage and idle periods, making these batteries a solid option for seasonal outdoor lighting and backup use. [Better Runtime] Replacing old batteries can help solar lights maintain better brightness and longer operating time at night, improving the overall experience of your outdoor lighting setup. [Easy Recharge] These AA NiMH batteries can be recharged through compatible solar light systems during the day or with a standard NiMH charger for repeated everyday use. [Fit Notice] For AA 1.2V NiMH battery devices only.
• For best results, replace batteries in the same device together as a set.
• Not intended for 1.5V alkaline-only devices.
• Please confirm battery type before buying. [First Use Tips] The charge level may be lower after storage or shipping.
• Fully charge the batteries with a NiMH-compatible charger before first use for better initial results.
• They may perform better after 3 to 5 regular charge-and-use cycles. [Restore Night Light] Old or weak batteries can affect how long solar lights stay on at night.
• Replacing them may help support steadier brightness and longer use after sunset, depending on sunlight, charging time, and the light’s condition.