subject: Micron solar cells hit the big time [print this page] Micron solar cells hit the big time Micron solar cells hit the big time
To control the natural features that silicon (silicon) will grow into the island's , using of micro-electromechanical systems (MEMS) technology will make those tilting to become the world's smallest island of the solar cells,Sony NP-FH100 . Now the solar cells grow on the lattice arrangement of the whole wafer, but also if the defect apear on cells ,it would have to abandon the entire; but Sandia National Laboratories found that "smaller is better" .The Sandia National Laboratories also said that because of the kinds of small size solar cells can also be attached to a soft surface, such as clothing, etc.To control the natural features that silicon (silicon) will grow into the island's , using of micro-electromechanical systems (MEMS) technology will make those tilting to become the world's.The laboratory developed a small solar cells,.weeks of about only 100 microns, thickness 14 ~ 50 microns (including the electrode). In addition, these tiny solar Fujifilm NP-50 cells can also be cascaded together to produce the high voltage that traditional solar cells can not reach; It is understood that, in the traditional solar cells can produce 12 volts in the same space, using micron solar cells in series will be able to generate hundreds of volts voltage.The Sandia National Laboratories also said that because of the kinds of small size solar cells can also be attached to a soft surface, such as clothing, etc. In the tests, Sandia National Laboratories can assemble 130,000 per hour in traditional automatic pick and place (pick-and-place) robotic arm, a small solar cell production rate, but the cost of materials needed for each of batteries only one-tenth cents.
