Polysilicon silicon Solar Panel High Efficiency USB Solar Charger Camping Hiking Travel

Label:Yes Stable 5V Output Current: Featuring a high conversion rate and intelligent circuit design, the solar panel helps maintain a stable 5V USB output with matched current, supporting safer charging for compatible devices without easily damaging the equipment. Compact and Rainproof Design: This 5V solar panel is compact, portable, and easy to carry, making it suitable for outdoor use. The rainproof design helps it handle a variety of weather conditions for emergency charging situations. Ideal for Outdoor Emergency Charging: This portable solar panel is a practical solution for camping, hiking, travel, and other outdoor activities. It can serve as a convenient alternative power source whenever sunlight is available and a 5V charging port is supported. Premium Polycrystalline Silicon Material: Made with A-grade polycrystalline silicon cells and an EVA lamination process, this solar panel is lightweight, durable, easy to carry, and convenient to use for various outdoor charging needs. Wide Device Compatibility: Suitable for use with many 5V USB-powered devices, including mobile phones, power banks, watches, flashlights, GPS units, small speakers, cameras, car fans, and other compatible electronics.

Item Type: Solar Panel Material: Polysilicon silicon+EVA lamination process Color: Black & White Maximum Power: 2W Open Circuit Voltage: 5.5V Working Voltage: 5V Working Current: 400mA Short Circuit Current: 440mA Conversion Efficiency: 18.2% Output Port: USB USB Cable Length: Approx. 18cm(7.09in) Solar Panel: 15.6*9.2cm(6.14*3.62in) Application: Can be used to charge mobile phones, watches, flashlights, power banks, tablets, GPS, cameras and other devices Package Weight: Approx. 80g

Package included: 1 x Solar Panel With USB Interface

Notes: 1.The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness. 2. Please allow slight manual measurement deviation for the data.