Review of progress in raising efficiency of organic photovoltaic cells
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Organic photovoltaic (OPV) cell plays a significant role as an energy generating candidate for many applications in the commercial sector as well as for domestic energy needs. Unlike the production of energy from fossil fuels which generate harmful substances to human beings and to our universe, photovoltaic technology provides clean energy efficiently. The technology of OPV has advanced during the past decades due to further scientific developments, and its future looks promising. Organic polymers are associated with some advantages over conventional semiconductors and they can be used in OPV...
Organic photovoltaic (OPV) cell plays a significant role as an energy generating candidate for many applications in the commercial sector as well as for domestic energy needs. Unlike the production of energy from fossil fuels which generate harmful substances to human beings and to our universe, photovoltaic technology provides clean energy efficiently. The technology of OPV has advanced during the past decades due to further scientific developments, and its future looks promising. Organic polymers are associated with some advantages over conventional semiconductors and they can be used in OPV cells. The efficiency of this technology experienced increase in the past decades, and prompted an attraction from both scientific and economic interest. This project was carried out with the aim of reviewing the progress that has been achieved in raising the efficiency of OPV cells.
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