Description
- THIN:only 6.5cmx38cm thick 0.1cm (2.56×14.96in) portable solar panels for camping
- WHY CHOOSE THIN FILM SOLAR PANEL SYSTEM :This feature can give more space for these panels could be used in applications where conventional solar panels simply wouldn’t be appropriate
- KEY BENEFITS:Self-cleaning: Be free from maintenance, rainfall cleans the dirt due to its nonstick surface.Tear resistant, corrosion resistant and fire resistance.Free maintainer,Suitable for: deer feeders camera wildgame innovations trail cameras kits
- DESIGN:Featuring with honey – comb structure which enhance 10% natural lighting, high transparency(95%) to ultra-violet light.installed at rooftop tent charge homes lighter led
- Apply:use your imagination to create a variety of products, weld to 12v ,solar charging clothes,usb solar panel portable phone charger,power bank portable charger for outdoor wireless sports headphones,UAV power supply,boat Charger, motorcycle trickle charger ,shed kit ,car cigarette lighter plug battery charger waterproof outdoor camera charger
Leo Indi –
I have been looking for this product for a small project (to power a sensor). It was the perfect product, and the color gives it a stylish touch.
SWW –
The leakage current is too high, so it does not work well in room lighting (~200mV open circuit with front lighting and ~100mV with light on the back/colored side on a table in a subdued lit room), which is what I wanted it for – low power energy harvesting.
There is a barcode printed across the center of the back of the part which detracts from the esthetics of the colored side.
Boaz Raz –
i bought it to try in indoor with ambient lights. It produces 0V and in full sun 8V instead of 12 as advertised
Bipul –
It does not work. No need to buy this item. Seller should make the video showing it does work.
Mark M. –
Product appears durable and matches description. Have not had the opportunity to operate or test in weather conditions yet.
Myles –
Slightly inconsistent power. I wired two groups of three panels in series. One group produced 11.5V, the other set of three shows 9.5V. Same wiring, same panels, same distance to light source, same light source output…different voltage? Otherwise, I’m excited to see how this goes. I’d be interested to see how these panels are made.
dave –
while the tiny panel appears to store a charge, it is very low output and many, many will be required if you expect to actually power anything.