Item #: MB-SG-002
On location, on safari, up a mountain or simply on the move, solargorilla gives you power anywhere under the sun. solargorilla’s 24 volt and 5 volt USB... [Read More]
Our Price: $239.95
|Tough rubberised casing|
|Unique portable fold up design protects your solar panels when stored|
|Water resistant design (except for the power connectors) for outdoor use|
|Slot to allow solargorilla to be suspended or attached to vehicle or tent|
|20V power socket out and standard 5V USB socket|
|Green LED charging indicator|
|Use to charge your powergorilla (see www.powertraveller.com)|
|Unit dimensions: 264 x 200 x 19mm|
|Unit weight: 700g|
|Each kit contains:|
|Solargorilla unit with tough rubberised casing|
|Neoprone zip case (with additional compartment for tips)|
|15 connectors pack: 8 male notebook connectors and 9 ‘monkey nuts’ connector tips for mobile/cellphones – clearly labelled on the pack|
|Connector tips for cellphones: Nokia & Mini Nokia, Motorola V66, Samsung E900, LG Chocolate and Sony Ericsson wide connectors|
|Mini USB for Motorola Razr V series, BlackBerrys and Blue tooth headsets|
|Female USB charging tip for smart phones, PDAs and other USB powered devices|
|Micro USB for the latest Motorola and Nokia series|
|2 metre USB extension cable|
|2 metre powergorilla/laptop charging cable|
|Warranty and quick start guide|
-500mAh @ 20V
-500mAh @ 5V
|Compatible with: Most notebooks, iPod, iPhone, PDAs, MP3/MP4, handheld games consoles, Sat Navs, Nokia, Mini Nokia, Motorola, Samsung, LG & Sony Ericsson and many standard cellphones.|
|How does it work?
The PV (photovoltaic) solar panels generate electricity by the Photovoltaic Effect; producing electric current when they are exposed to the light.
Simply open the 2 panels and expose to direct sunlight to put your solargorilla to work. The technically advanced solid panels ensure superb power and reliable performance, in a tough casing that’s ready to travel.
The green LED indicates the strength of charge. Performance of solargorilla will very according to levels of sunlight and device being powered.