solar cell – TechConnect Briefs

Use life cycle assessment and risk assessment tools to oversee the development of nanomaterial in building industry

Hu M., Catholic University of America, US

While nanotechnologies offer tremendous benefits for society, they may also pose significant risks. The same properties that make nanomaterial’s promising-those that make them behave quite differently from bulk forms of the same materials-could lead to [...]

Analysis, Modeling and Characterization of Crystalline Silicon Solar Cells

Lyshevski S.E., Reis R.M., Rochester Institute of Technology, US

In biomedical devices, cell phones, computer and tablets, consumer electronics, communication, security and even micro air vehicles, energy harvesting, energy storage and energy management are of a significant importance. In many applications, solar cells and [...]

TCAD Analysis of Silicon-Germanium (SiGe) Based Back-Contact Back-Junction (BC-BJ) Solar Cell-an Alternative for Silicon Based Cells

Pandey R., Chaujar R., Delhi Technological University, IN

In this work, an ultra-thin, Back-Contact Back-Junction (BC-BJ) Crystalline Silicon-Germanium (SiGe) solar cell device structure called BC-BJ c-SiGe solar cell has been proposed. The results, are compared with conventional BC-BJ silicon cell. SiGe is used [...]

Synthesis of Novel Functionalized-Graphene/Quantum Dots Hybrid System for Solar Cells Application

Babkair S.S., Khan M.T., Azam A., kau, SA

In the recent years functionalize graphene and inorganic quantum dots have emerged as strong acceptor material for the organic solar cells. But the power conversion efficiency of the devices based on these materials is still [...]

c-SI Wafer Development: A New Approach to Reduce Costs and Drive Efficiency

Zehavi S., Rockpoint PR, US

The global solar photovoltaic (PV) market is predicted to increase by double digits between 40-45 GW in 2014, according to a forecast from IHS Inc. And by 2015, new installations could reach as high as [...]

Synthesis of Novel Functionalized-Graphene/Quantum Dots Hybrid System for Solar Cells Application

Babkair S.S., Khan M.T., Azam A., kau, SA

In the recent years functionalize graphene and inorganic quantum dots have emerged as strong acceptor material for the organic solar cells. But the power conversion efficiency of the devices based on these materials is still [...]

c-SI Wafer Development: A New Approach to Reduce Costs and Drive Efficiency

Zehavi S., Rockpoint PR, US

The global solar photovoltaic (PV) market is predicted to increase by double digits between 40-45 GW in 2014, according to a forecast from IHS Inc. And by 2015, new installations could reach as high as [...]

Enhancement of GaAs solar cell efficiency by type-II GaSb quantum dots located outside of the depletion region

Kechiantz A., Afanasev A., Lazzari J.-L., The George Washington University, US

Experiments have shown that extrinsic intermediate band (IB) states, for instance, formed by artificial quantum dots (QDs), located in the depletion region participate in electron-hole recombination. This facilitates dramatically the dark current and reduces the [...]

High open-circuit voltage bulk-heterojunction solar cells by using new dendritic acceptor material

Alshahrani T., EL-Betany A., Mabrook M., Tai H., McKeown N.B., Bangor University, UK

Light harvesting solar cells and energy transfer are currently of great challenges for the 21st century in the field of solar cells energy. Academic and industrial scientists are searching for a detailed understanding of light [...]

New route for growing of ZnO seed layer using SILAR method

Galego E., Serna M.M., Ramanathan L.V., IPEN-CNEN/SP, BR

In this work a new route was applied, it was utilized successively ionic layer adsorption reaction (SILAR) method to growth of the ZnO seed layer with low mis-orientation.