Record 9.1% Efficient Solar Cell Based on Polymer and Fullerene4 February 2012
Solar energy is one of the readily available energy source and the major problem associated with the tapping of this renewable energy is that at present it is costly than the conventional sources of energy such as coal, oil and gas. Researchers are working hard to minimize the cost by either bringing down the solar panel cost or enhancing the efficiency of the solar panels.
A lot of research is taking in the direction of organic solar cells which will not only help in making these with cost effective substrate such as plastics but will have high potential to improve the efficiency of the solar panels. The challenge with the solar cells technology or specifically the organic solar cell technology is the minimizing the overall cost of production and suitable technique so these are manufactured at industrial scale.
Polyera, has a vast experience in the area of opto-electronics and functional electronics and it has recently claimed that the leading supplier of high performance functional materials has achieved a record 9.1% efficient polymer/fullerene organic solar cells. The company claims to have achieved this using its proprietary semiconductor material Activink PV 2000. The additional feature of the newly developed technology is itâ€™s commercial viability and the company has plan of commercialization.
- The properties of fullerenes encourages its use in solar cells
- A new nanomanufactured polymer film based low cost solar cell
- IBM creates history by developing high efficiency nanotechnology based solar cells using cheap readily available materials
- NREL achieves highest 12% efficient thin film silicon cell
- Solar nanoparticles improves efficiency of solar cells
- Towards improvement in the efficiency of the solar cell
- Fullerene sensors
- Fullerene nanostrustures and nanostructured films
- New low cost silicon solar cell designed
- Ambitious plan to light up rural homes
It will look like this: Record 9.1% Efficient Solar Cell Based on Polymer and Fullerene