Thin-film silicon solar cells

Mitsubishi Heavy Industries latitude d830 battery, the open tandem thin-film silicon solar cell technology and production planning

Mitsubishi Heavy Industries, the open in the second quarter of 2007 volume production of the external dimensions of 1.4m × 1.1m tandem thin-film silicon solar cell technology (Speaker Number: 3DP.2.4 “The Worlds Largest a-Si/mc-Si Tandem Module Production” ). 1.4m × 1.1m of this size in the mass production of tandem thin-filmlatitude x200 batterysilicon solar cells for the world’s largest.

In the non-crystalline silicon and overlapping micro-crystalline silicon thin-film silicon tandem solar cell structure, the film thickness to 2μm above the micro-crystalline silicon film-forming speed is crucial. Mitsubishi Heavy Industries, micro-crystalline silicon film latitude X300 battery in order to improve the speed, using a 60MHz frequency through the imposition of a means to generate the plasma. 13.56MHz available when this film 10 times the speed.

However, with the floor area increases, the uneven distribution of topics such as plasma also be constituted. To this end, Mitsubishi Heavy Industries has developed at the same time in the phase modulation imposed by 60MHz frequency PMM (Phase Modulation Method) technology, which obtained a 1.4m × 1.1m of the floor stable, high-speed formation of micro-crystalline silicon results. Micro-crystalline silicon film achieved a speed of 2.3nm / s, available in volume production line in 3 minutes a frequency of manufactured productsDell inspiron 1545 battery. The current module conversion efficiency in achieving stabilized after 9.5% or so. In order to achieve 10.4% of the goal, the company is to continue to improve.

Mitsubishi Heavy Industries latitude d830 battery, the open tandem thin-film silicon solar cell technology and production planning

Mitsubishi Heavy Industries, the open in the second quarter of 2007 volume production of the external dimensions of 1.4m × 1.1m tandem thin-film silicon solar cell technology (Speaker Number: 3DP.2.4 “The Worlds Largest a-Si/mc-Si Tandem Module Production” ). 1.4m × 1.1m of this size in the mass production of tandem thin-filmlatitude x200 batterysilicon solar cells for the world’s largest.

In the non-crystalline silicon and overlapping micro-crystalline silicon thin-film silicon tandem solar cell structure, the film thickness to 2μm above the micro-crystalline silicon film-forming speed is crucial. Mitsubishi Heavy Industries, micro-crystalline silicon film latitude X300 battery in order to improve the speed, using a 60MHz frequency through the imposition of a means to generate the plasma. 13.56MHz available when this film 10 times the speed.

However, with the floor area increases, the uneven distribution of topics such as plasma also be constituted. To this end, Mitsubishi Heavy Industries has developed at the same time in the phase modulation imposed by 60MHz frequency PMM (Phase Modulation Method) technology, which obtained a 1.4m × 1.1m of the floor stable, high-speed formation of micro-crystalline silicon results. Micro-crystalline silicon film achieved a speed of 2.3nm / s, available in volume production line in 3 minutes a frequency of manufactured productsDell inspiron 1545 battery. The current module conversion efficiency in achieving stabilized after 9.5% or so. In order to achieve 10.4% of the goal, the company is to continue to improve.

Mitsubishi Heavy Industries announced the Dell Latitude D520 Battery release of this future production plans. At present, the company’s tandem thin-film silicon solar cell capacity of an annual output of 40MW. The future plans to increase this capacity to 50MW, combined with the second quarter of 2007 started construction of the annual output of 50MW of new factories, and strive to achieve during the year 2008 annual 100MW. Because the non-crystalline silicon solar cell production capacity has also been improved, so the company’s solar cell production capacity will be combined to reach an annual output of 128MW. In addition, the company also plans to build new factory the size of an annual output of 100MW. However, to achieve this goal, still faces shortages of experienceddell inspiron 1525 batteryechnical problems which require a variety of passing through acquisitions to be addressed.