One of the main Phase I objectives of this subcontract was for EPV to demonstrate 14%-efficient CIGS devices using a hybrid process. The processing was also required to have good control ability. These goals were successfully accomplished. It will be seen that during Phase I, we successfully developed a new, simplified hybrid process. A highlight of intensive work was the achievement of a 14.0% NREL-verified device at a CIGS thickness of 1.13 ..mu..m. The simplified hybrid process considerably reduces CIGS film formation time and offers the promise of being a truly cost-effective and manufacturable one. It is considered to be one of the more attractive CIGS processes in the industry
The primary objectives of the Global Solar Energy (GSE) Photovoltaic Manufacturing Technology (PVMaT...
Authors demonstrate photovoltaic integrated circuits (PVIC) with high-quality large-grain Copper Ind...
Photovoltaics cost has been declining following a 70% learning curve. Now the challenge is to bring ...
Global Solar Energy has enhanced module reliability, reduced cost and improved performance of its CI...
Research results obtained by Energy Photovoltaics, Inc. (“EPV”) during the past year under its CIGS ...
Thin-film photovoltaics (PV) has expanded dramatically in the last five years, but commercial use re...
This report describes work performed by Energy Photovoltaics, Inc. (EPV) under Phase I of this subco...
This paper documents the properties of the world-record-efficiency CIGS solar cell by a variety of c...
As a technology partner with NREL, Global Solar Energy (GSE) has initiated an extensive and systemat...
Thin film photovoltaic modules based on Cu(In,Ga)Se{sub 2} have been shown to possess attributes tha...
EPV`s overall strategy in developing CIGS photovoltaic technology has been to define and construct a...
The primary objectives of this subcontract were to: address key near-term technical R&D issues f...
We report here on the major commercialization aspects of thin-film photovoltaic (PV) technologies ba...
The conclusions of this report are that: (1) many issues how thin-film solar cells work remain unres...
This report describes work performed by Global Solar Energy (GSE) under Phase I of this subcontract....
The primary objectives of the Global Solar Energy (GSE) Photovoltaic Manufacturing Technology (PVMaT...
Authors demonstrate photovoltaic integrated circuits (PVIC) with high-quality large-grain Copper Ind...
Photovoltaics cost has been declining following a 70% learning curve. Now the challenge is to bring ...
Global Solar Energy has enhanced module reliability, reduced cost and improved performance of its CI...
Research results obtained by Energy Photovoltaics, Inc. (“EPV”) during the past year under its CIGS ...
Thin-film photovoltaics (PV) has expanded dramatically in the last five years, but commercial use re...
This report describes work performed by Energy Photovoltaics, Inc. (EPV) under Phase I of this subco...
This paper documents the properties of the world-record-efficiency CIGS solar cell by a variety of c...
As a technology partner with NREL, Global Solar Energy (GSE) has initiated an extensive and systemat...
Thin film photovoltaic modules based on Cu(In,Ga)Se{sub 2} have been shown to possess attributes tha...
EPV`s overall strategy in developing CIGS photovoltaic technology has been to define and construct a...
The primary objectives of this subcontract were to: address key near-term technical R&D issues f...
We report here on the major commercialization aspects of thin-film photovoltaic (PV) technologies ba...
The conclusions of this report are that: (1) many issues how thin-film solar cells work remain unres...
This report describes work performed by Global Solar Energy (GSE) under Phase I of this subcontract....
The primary objectives of the Global Solar Energy (GSE) Photovoltaic Manufacturing Technology (PVMaT...
Authors demonstrate photovoltaic integrated circuits (PVIC) with high-quality large-grain Copper Ind...
Photovoltaics cost has been declining following a 70% learning curve. Now the challenge is to bring ...