Product description
1/2 pcs mini small solar panel module 100ma 1w 3v diy polysilicon solar epoxy cell charger with cable solar battery charger for lamp fan pump for 2-3v battery charging
1. high conversion & efficiency: harness the sun's power with our advanced solar panel, capable of converting sunlight into energy with remarkable efficiency. every square inch is optimized to capture solar rays, delivering maximum power from minimal sunlight.
2. superior low-light performance: our solar panels are engineered to excel in low-light conditions, providing consistent energy output even when the skies are grey. this means reliable power generation, whatever the weather.
3. robust and aesthetic design: our polysilicon solar epoxy cell charger not only boasts a sleek, modern look but also offers the resilience needed to brave the elements. easy to install, it provides both style and strength in one package.
4. innovative water-drainage technology: stay powered up without the worry of water damage, thanks to the cutting-edge design of our solar charging panel. its unique drainage solution combats moisture build-up, ensuring a longer lifespan and more reliable performance.
5. enhanced durability: constructed to face the fury of nature, our mini small solar panel module stands resilient against heavy snow and strong winds. secure a stable and durable energy source that promises lasting performance in any weather.
quantity: 1pc, 2pcs (optional)
weight: about 12 grams (subject to the actual product)
size: about 65*48mm/2.56*1.89 inch
line length: about 10-15cm/3.94-5.91 inch is subject to the actual product
outdoor solar advertising
application: suitable for all kinds of low-power electrical appliances, emergency lights, advertising lights, traffic lights, household lights, electric fans, such as solar water pumps, solar street lights, small solar systems
due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. thank you!
please allow 1-2cm measuring deviation due to manual measurement.