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Solution Processed Organic Photovoltaics OPVs

In terms of cost and manufacturing technologies for scalable devices, because the functional materials of OPVs are likely to dissolve in common organic solvents, they can be easily printed or coated onto the flexible polymer substrates such as polyethylene terephthalate (PET) and polyethylene [Pg.376]

Polymer Photovoltaics Materials, Physics, and Device Engineering [Pg.376]

Material Material cost/ Processing cost/ Total/ [Pg.378]

The so-called inverted structure is favorable for the application of practical printing technologies and to ensure long-term durability. A typical inverted device structure consists of indium tin oxide (ITO) as a cathode and zinc oxide (ZnO) as an electron transport layer, P3HT PCBM as a photoactive layer, PEDOT PSS as a hole transport layer and a silver anode, which are all printable. [Pg.378]

Solution Processed Organic Photovoltaics (OPVs] Partobte Devices... [Pg.391]

See other pages where Solution Processed Organic Photovoltaics OPVs is mentioned: [Pg.390] [Pg.393] [Pg.395] [Pg.397] [Pg.399] [Pg.401] [Pg.407] [Pg.409] [Pg.376] [Pg.377] [Pg.379] [Pg.381] [Pg.383] [Pg.385] [Pg.387] [Pg.391] [Pg.395] [Pg.390] [Pg.393] [Pg.395] [Pg.397] [Pg.399] [Pg.401] [Pg.407] [Pg.409] [Pg.376] [Pg.377] [Pg.379] [Pg.381] [Pg.383] [Pg.385] [Pg.387] [Pg.391] [Pg.395] [Pg.141] [Pg.458] [Pg.3] [Pg.230] [Pg.238] [Pg.6026] [Pg.37] [Pg.2] [Pg.140] [Pg.127] [Pg.8] [Pg.5] [Pg.158] [Pg.144] [Pg.411]

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Organic photovoltaic

Organic photovoltaics

Organic solutions

Organizing process

Photovoltaic

Photovoltaic process

Photovoltaics

Solute process

Solution processability

Solution processed organic photovoltaics

Solution processes

Solution processing

Solutizer process