Product Features

• High-power, long-life battery providing exceptional energy storage capacity and outstanding lighting efficiency.
• Equipped with ultra-bright LED bulbs offering excellent wear and high temperature resistance.
• Easy-to-replace lithium-ion battery configuration designed to support multiple recycling cycles.
• All-in-one convenient device integrating high-efficiency LED lighting and USB mobile charging ports.
• Advanced battery management system featuring reliable overcharge and over-discharge protection mechanisms.

Theory of Solar Panels

The underlying mechanism of photovoltaic power generation relies heavily on the photoelectric effect of semiconductor materials. Silicon atoms naturally contain four outer valence electrons. Doping pure silicon with elements possessing five outer valence electrons, such as phosphorus, yields an n-type semiconductor. Conversely, doping pure silicon with elements featuring three outer valence electrons, such as boron, creates a p-type semiconductor.

When these two types are joined together, they form a p-n junction with a built-in potential barrier, effectively producing a solar cell. Under sunlight exposure, light energy pushes holes from the P-region to the N-region, while driving free electrons from the N-region to the P-region, establishing a functional electrical current.

Product Specifications

Key Advantages

• Innovatively engineered structure with aesthetic appeal.
• Built using environmentally-safe and sustainable materials.
• Supportive of versatile color combinations and tailored packaging modifications.
• User-friendly layout prioritizing safety, convenience, and high energy efficiency.

Service Support

• Prompt feedback and fast response channels for all inquiries.
• Flexible sample verification processes and trial orders supported.
• Strong design capabilities offering comprehensive OEM and ODM support based on specified needs.
• Ensured protection and confidentiality of customer business relations.

Operating Guide

• Connect the control terminal to the solar panel and the bulb to test normal operation.
• Position the solar panel horizontally in an unobstructed area to secure peak solar absorption.
• Set up the lighting units in designated zones such as household spaces, fields, docks, or highlands.
• Peel off the clear protective film from the solar panel. Tap the power button to initialize standard working mode.

Precautionary Guidelines

• Ensure the device undergoes a full charge under direct sunlight before initiating its first use.
• Charge the battery periodically. Leaving the device idle without charge for over 3 months may exhaust and shorten battery life.
• Charging cycles will naturally extend under insufficient sunlight environments, which is typical for solar devices.
• Minor visual differences in item coloring may occur due to light setting variations.
• Please expect minor dimensional variances (0.5 to 2 cm) caused by manual measurement methods.

Application Scenarios