\\ Third Generation Organic and Cost Effective Solar Cells
Technology Report - Third Generation Organic and Cost Effective Solar Cells
4.99 USD DIGITAL DOWNLOAD PV-DSSC
a Technology Report downloadable entitled (DSSC-PV) in "*.pdf" format is available to download upon purchase of a token that will be sent to your e-mail inbox.
#SolarCells #Photovoltaic #Silicon #SolidStatePhysics #Electronics #RenewableEnergy #Electricity #Sustainability
Mahdi Haghzadeh, PhD
Electronics Department
Cognitave Inc
Keywords: Solar Cells, Renewable Energy, Solid State Physics, Thin Film, Organic Electronics, Dye Sensitized Solar Cells, Concentrators, Printed Electronics
Abstract
This technology report was first presented at Electrical School of Engineering at Sharif University of Technology on latest technological advancement made in development and fabrication of third generation solar cells, namely Organic Photovoltaic (PV). First generation is inorganic, single junction silicon based solar cells that reach 14—19 percent conversion efficiency for single- and multi-crystal silicon. The payback is 3.5—7 years. Second generation is based on thin film technology that yields 7—11 percent efficiency. The payback is less than a year due to inexpensive development and fabrication costs. The drawback is use of environmentally hazardous material. Third generation is organic thin film technology that can reach up to 30 percent efficiency for multi-junction cells. In this category Dye Sensitized Solar Cells are gaining popularity with a promise to deliver cost effective solar cells.
Technology Report - Third Generation Organic and Cost Effective Solar Cells
4.99 USD DIGITAL DOWNLOAD PV-DSSC
a Technology Report downloadable entitled (DSSC-PV) in "*.pdf" format is available to download upon purchase of a token that will be sent to your e-mail inbox.
#SolarCells #Photovoltaic #Silicon #SolidStatePhysics #Electronics #RenewableEnergy #Electricity #Sustainability
Mahdi Haghzadeh, PhD
Electronics Department
Cognitave Inc
Keywords: Solar Cells, Renewable Energy, Solid State Physics, Thin Film, Organic Electronics, Dye Sensitized Solar Cells, Concentrators, Printed Electronics
Abstract
This technology report was first presented at Electrical School of Engineering at Sharif University of Technology on latest technological advancement made in development and fabrication of third generation solar cells, namely Organic Photovoltaic (PV). First generation is inorganic, single junction silicon based solar cells that reach 14—19 percent conversion efficiency for single- and multi-crystal silicon. The payback is 3.5—7 years. Second generation is based on thin film technology that yields 7—11 percent efficiency. The payback is less than a year due to inexpensive development and fabrication costs. The drawback is use of environmentally hazardous material. Third generation is organic thin film technology that can reach up to 30 percent efficiency for multi-junction cells. In this category Dye Sensitized Solar Cells are gaining popularity with a promise to deliver cost effective solar cells.
