Pure Power Builds Most Powerful Mobile Solar Power System™
Portable diesel generators running large loads can put a ton of carbon dioxide or more into the atmosphere each day. Pure Power Distribution has built its largest Mobile Solar Power System, the S48T, which creates 600 Amps of power, and no CO2.
Online, October 26, 2009 (Newswire.com) - Santa Monica, Calif.; October 15, 2009 - Pure Power Distribution of Santa Monica, California (www.PurePowerD.com) has announced that it has designed and built its most powerful Mobile Solar Power System™ to date, the S-48T, in time to provide power for some of the current filming of the latest Warner Bros. film. The S-48T provides 600 Amps of clean solar power for 12 hours, enough to power an entire base camp for film or TV.
"This is a huge day for renewable energy," said Norris Lozano, CEO of Pure Power, "There are very few work environments that need as much power as feature films, and this new unit can deliver 600 Amps (72,000 Watts) with a single driver/operator."
Avoiding a ton of CO2 each day
Pure Power's customers care deeply about reducing the carbon footprint of their projects. Over a 50 day shoot, a solar system can avoid 50 tons of CO2 by not using traditional power sources. Solar generated power can cut the CO2 output by 90%.
The S-48T measures 48 feet in length; needs a single driver/operator, and can provide feature films, TV productions, music performances and special events with silent, clean energy with no emissions. It can be plugged into the base camp system in cases of extreme load.
About Pure Power
Pure Power Distribution was founded to provide clean and renewable energy solutions to the marketplace while facilitating a cleaner and more sustainable future. Pure Power provides energy consulting, financial services and Mobile Solar Power Systems to Film & TV, agriculture, construction and equipment rental companies. For more information, please visit www.PurePowerD.com, or email Norris Lozano (Norris@PurePowerD.com), or Scott Chaplan, (Scott@PurePowerD.com).