Making use of the greenest solar energy, http://espow.com offers portable solar charger product which provides emergency outdoor energy anywhere and anytime.
(PRWEB) September 19, 2011
Solar power generation has been getting hot recently with the continuous breakthrough of technology, with an increasing number of businesses striving for a share in this new market. Sony, the leading manufacturer of electronics, products for the consumer and professional markets, is cooperating with Okinawa research institutions to develop the renewable energy technology. MIT is researching and developing solar cells for the APPLE Corporation, which intends to invent a solar charger for the iPads to be charged outdoor within 2 years. The Samsung Corporation has even introduced its first solar powered 10.1-inch laptop recently.
At this point, the solar powered battery chargers are also advancing quickly. Making use of the greenest solar energy, http://www.espow.com offers portable solar charger product which provides emergency outdoor energy anywhere and anytime.
What’s more, researchers in the NREL of DOE of US have lately signed an MOU with the counterparts of the Germany to facilitate the development of the solar cells and fuels, which will also help improve the performance of the heat-gathering solar power generation system. The cost of photovoltaic power generation in China will drop to the level of thermal power generation up to 2020 according to the CREIA. Switching from the fossil fuels to the clean solar energy will leave a good longtime influence on our environment.
Among the various technologies of the solar charger http://www.espow.com/wholesale-batteries-chargers-solar-chargers.html, photo electricity conversion rate plays the most important role to mark the success of solar energy development. Materials presently used for photovoltaic solar cells include monocrystalline silicon, polycrystalline silicon, amorphous silicon, cadmium telluride, and copper indium selenide/sulfide. Other materials are also made of thin-films layers, organic dyes, and organic polymers that are deposited on supporting substrates. Among all, the polycrystalline silicon enjoys the best cost performance.
ESPOW can be a good model in initiating green life while solving the emergent needs of electricity with lower expense. The super high capacity 16,000mAh laptop solar charger, ESOLARC37 http://www.espow.com/wholesale-16-000mah-high-capacity-solar-panel-charger-for-laptop-31-unique-adapter-tips.html will ease your hunger for electricity when you are outside. Made from polycrystalline silicon, its photo-electricity conversion rate reaches over 16%. It just takes less than 3 hours of wall charging to fill it up and the internal Li-ion battery provides 10 - 12 hours of run time for your laptop with a full charge. With 31 adapter tips to suit various popular digital products, it will not only help you get rid of the trouble of bringing cables and adapters along with you when you go out but also save you more expenses on these devices.
Act now. Go for Solar.