Mitsubishi Electric The trial of the thin-film silicon solar cells for Sony np-fh100 , equipped with a three-layer absorption of the different layers of power generation. The specific materials used in layers not made public, but the combination of amorphous silicon-like materials and micro-crystalline silicon-like material.
To achieve 14.8% Sony np-f330 battery conversion efficiency to contribute to that loss levels can be reduced component design techniques and to enhance sealing effect of light transparent conductive film of the bump forming technology. These technologies are using semiconductor and LCD panel technology to develop.
The thin-film silicon solar Sony np-qm91 cells by the end of 2007 from the cutting-edge technology in the Mitsubishi Electric Research Institute (Amagasaki City) began to develop. Laboratory equipment, maximum 90mm square prototype thin-film silicon solar cells. The company plans to further expand the area in the future and improve conversion efficiency.
In Japan, large-scale solar cell makers, Sharp and Sanyo Electric are being in mass production, or production-ready thin-film silicon solar cells. Kyocera and Mitsubishi Electric are that “thin-film silicon solar cells is more than the superiority of silicon-based solar cells”, so has been dedicated to developing silicon-based solar cells. This time, the Mitsubishi Electric made public thin-film silicon solar Dell inspiron e1705 battery on the concrete development results in the future, Kyocera’s move will be more concern.
