Thanks guay. That is the first mention of XsunX that I have ever seen from an outside source. It would be even better to get a review from a domestic source. Fwiw the translated segment follows (Google Translate):
The XsunX Inc. is 1997 was founded in Colorado and seems originally to the development and commercialization of a new thin-film solar cell technology of amorphous silicon to have employed. In June 2004 , the headquarters to Aliso Viejo, California, and. However, the first searchable information is from the end of 2007 , and at this time the company is already working on a new, patent-pending hybrid manufacturing solution for high power, existing technologies and proven processes to be adapted in order thin-film CIGS solar cells at low cost to produce. The manufacturing technique robust magnetic media (hard drives) is combined with a so-called thin-film co-evaporation manufacturing process.
In October 2008 XsunX announces that it. using the Spire Corp. and Shuttleworth Inc. have concluded an agreement on the terms of the components with which the company can carry out the final assembly of the ASI-120 solar modules with a rate of one module per 90 seconds. This is based on an annual capacity of 25 MW. Mid- 2009 , however, 'spoken of one, extended strategic plan, therefore XsunX want to get away from dependence on expensive production structures, and instead focuses on manufacturing and delivery services with companies that specialize in the parts manufacturing, assembly and equipment in the production of solar modules. In September, for example, with the Intevac Inc., the world's leading provider of deposition equipment to magnetic media in the hard drive industry, cooperation in the development of commercially marketable processes and systems for the production of CIGS thin-film solar cells on stainless steel - which one learns that XsunX itself has not yet mastered the process to this extent.
XsunX coating
XsunX coating
In January 2010 , the company informed that it has completed the development of its CIGS coating line, and in March, the co-evaporation treatment chamber. The Board processed 125 x 125 mm large substrates. In October it is possible for the first time, cells with an efficiency of about 14% to produce, which is just a month later, on 15.1% can be increased.
With the Telecomps Technology Corp.. Ltd.will be in March 2011 agreed to cooperate on the development of assembly capacity for solar modules, in April a service contract for the developed production line with MAG Industrial Automation Systems, and in July certified that NREL one in the meantime reached cell peak efficiency of 16.36% , while the average for the cells produced at 15.91% is. Also in July XsunX expanded its technology development and marketing activities at a new location in Irvine, California, and wins with Ironridge Global IV, Ltd.. another investor who brings $ 0.5 million into the company.
The recent XsunX message is from October 2012 and states that we now stand on the verge, the complete assembly of the self-developed Bedampfungssystems.
AI
