6V 2W Mini Portable Polycrystalline Solar Panel Smart Power Battery Charger for Outdoor Use Compact Durable

Harness renewable energy efficiently with this high-performance solar panel, featuring advanced single crystal silicon cells that deliver an impressive 16.5% conversion rate. Designed for reliability and longevity, this solar panel offers low attenuation and a long service life, making it an ideal solution for charging 3.7V batteries and powering various low-power devices. Key Features: · High-Efficiency Single Crystal Silicon Cells: Achieve up to 16.5% conversion efficiency, maximizing solar energy capture for optimal charging performance. · Durable and Weather-Resistant Design: Unique manufacturing processes provide enhanced durability to resist harsh weather conditions, including snow, ensuring consistent operation in complex environments. · Wide Applicability: Perfectly suited for low-power appliances such as emergency lights, advertising lights, traffic lights, home lighting, electric fans, solar water pumps, solar street lights, and small solar systems. · Long Service Life with Low Attenuation: Maintains reliable energy output over time with minimal performance degradation, guaranteeing lasting solar power support. · Convenient Setup: Compact and lightweight design with a 1-meter cable allows for easy installation and flexible placement in various settings. Specifications: · Material: A Grade Polycrystalline Silicon · Power Output: 2W · Working Voltage: 6V · Working Current: 0-330mA · Short Circuit Current: 400mA · Short Circuit Voltage: 7.5V · Size: 136 x 110 x 3mm (5.35 x 4.33 x 0.12 inches) · Cable Length: Approx. 1m (39.37 inches) Package Includes: · 1 x Solar Panel This efficient and robust solar panel is designed to provide reliable power for your low-voltage needs, combining high conversion rates with durable construction. Whether used for emergency lighting, small solar systems, or various outdoor applications, it offers a sustainable energy solution that adapts well to a variety of weather conditions.