Power your electric Car with Solar or Wind VoiceEntertainment.net

Posted by admin | Posted in Solar Energy | Posted on 25-01-2011


Want to beat oil prices and Global Warming? Watch this video!

free electric

Posted by admin | Posted in Solar Energy | Posted on 05-12-2010


hey its ben i updated my solar panel system and this time i got an power meter

Solar powered B&Q shelf electric guitar. John Hunt.

Posted by admin | Posted in Solar Energy | Posted on 16-11-2010


Poking fun at TV celebs. For Charlie Brooker. Homemade guitar with vox 5 watt amp built in, Hofner slidding pickups, battery powered trickle charged by a solar panel. A Zoom Q3 screwed to the guitar records the live street sound. The body is an old B&Q shelf. I love John Lee Hooker, Lightnin’ Hopkins, Howlin’ Wolf, Leadbelly, Elmore James, Hubert Sumlin, John Hurt, Roy Smeck, Sister Rosetta Tharpe, Willie Dixon, Muddy Waters, Sonny Boy Williamson, Robert Johnson, Little Walter, Captain Beefhart, Sippie Wallace………………………………………………………..xxx

Solar boat 2.0: Czeers Mk I Solar electric powered speed boat on the Monaco Yacht Show 08

Posted by admin | Posted in Solar Energy | Posted on 10-10-2010


The now in production Czeers Mk1, sailing around at high speed during the monaco yacht show 08. specs: 30knots=55km/h 14m2 solar panel very large battery pack not even a drip of oil on board!!! full carbon fibre total weight including batteries: 1000kg

Free energy – Solar Powered Airplane Project – 2200KV electric motor solar cells LiFePO4 battery

Posted by admin | Posted in Solar Energy | Posted on 26-07-2010


solarca.biz Solar Powered Airplane 2200KV brushless electric motor LiFePO4 battery 4000mAh 11.1V The standard cell specifications are the following, though the individual cells can be above or below these standards. Cell Specifications Average Power (Watts): 1.8 Wp Average Current (Amps): 3.6 Imax Average Voltage (Volts): 0.5 Vmax Thickness 0.2 mm Exact dimension: 3 inches x 6 inches, or 80 mm by 150 mm Weight: Just above 6 grams, or 0.2 oz. The front of the cells (blue side, aka Sunny side) has two thick white lines, called bus bars. They are the negative terminals of the cell. The back side, where the 6 square dots are, are positive terminals. Connect the tabbing wires from the bus bar of the first cell on one side to the three dots of on the back side of the next cell. That way you have a series connection. Repeat the process on the other side of the cells. In panel making you should connect all the tabbing wires on the front for all the cells first, then flip the cells over to solder the back side in a second step. It’s important to understand the concepts of series connection and parallel connection when stringing these solar cells together to make a solar panel. Series connection of the cells increases voltage but not amperage; parallel connection of the cells increases amperage but not voltage. Series connection is when you connect the positive terminal of a cell with the negative terminal of the next cell. Parallel connection is when you connect the positive

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