Portable Solar Panel 30W Portable Foldable Solar Panel For Camping Waterproof Lightweight Phone Tablet Charger For RV Camping

Lift your outdoor experience with a portable solar panel charger that's both lightweight and foldable. Perfect for camping, hiking, backpacking, and RV trips, it provides reliable charging for your phone and tablet. The waterproof design ensures consistent performance in diverse conditions.

Specification:
Product name: Solar Panel Charger
Product color: black
Product size: about 54x17x1cm/21.26x6.69x0.39 inches
Output interface: USB /Type-C
Whip: Grade A monocrystalline silicon
Conversion rate: 22%
Process: ETFE lamination (3rd generation lamination technology)
Waterproof level: IPX6

Product List:
1 * Solar Panel Charger
2 * Carabiner


Notes:
Due to different lighting and screen settings, the product color may be slightly different from the picture.
Due to the difference in manual measurement, please allow a 1-3cm difference in size.

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1.High-Efficiency Light Energy Conversion: Boost photoelectric efficiency, to deliver 30W output power, supported by ETEF material, designed for optimal light energy conversion in diverse environments

2.Compact Design: The solar panel charger features a lightweight, folding build that simplifies carrying and provides adaptable storage options without compromising charging performance when unfolded

3.USB & Type-C Ports: Supports charging for mobile phones, tablets, and similar devices with USB and Type-C ports, enhanced by a smart chip that automatically adjusts to device current needs, guaranteeing reliable and flexible compatibility

4.Weather Resistant: Built using a flexible substrate, it delivers uninterrupted performance in fluctuating outdoor conditions like humidity, heat, and low temperature, combining waterproof and tear-resistant properties for dependable energy solutions

5.Intelligent Safety Protection: Equipped with intelligent safety protection, this solar panel charger provides real-time monitoring of voltage fluctuations, automatic adjustment of output current intensity, and reliable overcharge protection alongside short-circuit prevention for enhanced device security