The current trends in Nanotechnology development will result in thin rolls of highly efficient light-collecting plastics spread across rooftops or built into building materials. These rolls will be able to provide energy for prices as low as the electricity currently provided by utilities, which averages $1 per watt and will reduce the time it will take consumers to recover production and installation costs to a matter of months.

Simply Solar is positioning itself to grow with solar technology and is building the future with steel welded cyclone roof panels that incorporate solar nanotechnology and are completely water proof and self-contained, provide 100% self-sufficient electrical power supplies that are free from the power grid, produce "0" emissions and use no fossil fuel. Simply Solar is simplifying the solar panel while at the same time, increasing its efficiency and diversifying the applications of what a dedicated solar panel could become.

Nanoscale Aids Photocell Efficiency The photocell operates by absorption of light particles in a medium that promotes electron-hole (or free electron- electron bond) separation. The well-designed photocell system has efficient absorption and then sweeps out the resulting carriers by making the collecting conductors ubiquitous. Otherwise, electrons may get trapped inside the semiconductor, ending the process of electron liberation that would have provided useful current. It is the nanoscale presence of carrier collectors that represents the means to get efficient electron capturing in systems that otherwise would reabsorb much photo-generated current. This capture efficiency is what makes nanotechnology able to open wide the possibilities for material systems which can effectively convert sunlight to useful electrical power.