Name:
Sunlinq Portable Flexible Solar Panel 12W 12v
Potential Cost Savings:
Unlimited
Purpose:
These ultra-portable flexible solar panels are ideal for charging any device up to 12w on the go
How it works:
UNLINQ™ with PowerFLEX™ technology is a flexible, foldable and durable solar product that produces enough power to charge rechargeable, flash lights, lanterns, mobile phones, GPS units, satellite phones, MP3 players, digital cameras and portable games. Just about anything that is capable of being charged through a standard cigarette lighter adapter (CLA -car charger).
The panels made with PowerFLEX™ technology are lightweight, flexible, weatherproof and durable CIGS (copper indium gallium diselenide) solar cells, a material proven to be stable, and provides higher efficiency than other flexible solar cell technologies, including amorphous silicon. A proven innovation used in space, military and large grid installation. Other features include the following: designed to provide years of reliable service with patented high performance flexible photovoltaic cells, lightweight, offers higher cell efficiency than other flexible solar cell technologies at a reduced cost.
Functions with many devices even in cloudy and rainy skies. It can be mounted to curved surfaces, fully weatherproofed, UV resistant, easily folds into a planner-size pack that fits virtually anywhere including backpacks, glove boxes, purses, cargo pant pockets, can be easily installed on any backpack, tents or jackets.
F.A.Q.'s:
Q- Do they store solar power?
A- No, these are only for generating power. You will need a battery to store the power.
Tech Specs
Includes vehicle power plug - 12 V, vehicle power outlet, battery clamps, 2.5 mm barrel plug , extension cable.
Typical Current (milliamps) at Standard Test Conditions – at 11V 800
Nominal Operating Voltage 12V
Maximum Power (Watts) 1w
Measurements Folded 229x127x17.78 mm
Measurements Deployed 749.3x457x.76mm
Weight 400g
Downloads
None Available
This product was added to our catalog on Thursday 30 June, 2011.