Drop Module

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JDS Uniphase ADOM14ATLUC18 001 Add Drop Module 100GH    US $799.00

JDS Uniphase ADOM14ETLUC18 001 Add Drop Module 100GHz    US $799.00

JDS Uniphase ADOM14FTLUC18 001 Add Drop Module 100GHz    US $799.00

JDS Uniphase ADOM 4 ADOM14CTLUC18 Add Drop Module 100GH    US $799.00

JDS Uniphase ADOM 4 ADOM14DTLUC18 Add Drop Module 100GH    US $799.00

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First Thin-film Alternative for Silicon Module and Bipv Manufacturing – Introduced by Global Solar Energy

First Thin-Film Alternative for Silicon Module and BIPV Manufacturing – Introduced by Global Solar Energy   

An innovative step is recently introduced in the field of thin film photovoltaic technology by a solar industry i.e
Global Solar Energy
, which involved in manufacturing of high-efficient thin-film solar cells for

 glass module or flexible material products. The company has introduced its new PowerFlex Solar Strings that will provide a pre-connected format to its Copper Indium Gallium diSelenide (CIGS) cells that makes it easy for product designers and module manufactures to quickly and easily benefit from the low cost, high efficiency and flexible nature of CIGS. It has developed the process for manufacturing thin-film CIGS photovoltaic (PV) cells and modules, by CIGS can be encapsulated in traditional glass modules or in a flexible substrate. The property of CIGS to create more electricity from the same amount of sunlight than do other thin-film PV technologies signifies it be with a higher “conversion efficiency” leading to lower cost.   It is a major breakthrough for silicon module and Building Integrated Photovoltaic (BIPV) manufacturers looking to quickly and efficiently incorporate thin-film technology into their manufacturing processes. As now a days with the view to utilize renewable solar energy, Globally, a lot of attention and researches are under consideration in field of “Thin-film photovoltaics technology “, so this innovative approach of Global Solar Energy will be playing a great help to generate greater activity in BIPV application development. This innovation will help to avoid heavy capital investments needed by the silicon-based module manufacturers, in order to switch to thin-film and leverage its advantages over costly and rigid silicon, and help the industry’s providing, drop-in replacement solar strings that make it easy for product and module companies to fit thin-film cells into their current manufacturing processes. Its CIGS cells are produced on a bendable substrate, providing manufacturers with flexible solar material that is adaptable in shape and size, opening the door for new and innovative designs for the growing building integration markets. It is observed that PowerFlex Solar Strings is a fruitfull approach for driving thin-film adoption by delivering the only drop-in offering that makes the technology accessible to any interested original equipment manufacturer. As, most of the thin-film processes deposit materials directly on glass, fixed-size modules, making deviations in their current manufacturing processes difficult whereas, PowerFlex Solar Strings enables new products and markets to mature faster.

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