Organic active layer METHOD OF GENERATING

Plastic solar batteries using organic semiconductors, which will greatly improve the energy conversion efficiency of solar batteries, but also reduces manufacturing costs. The current battery of organic matter to overcome the major problem is to increase energy efficiency because it uses material absorption. This material has the charge separation and transport functions of loads in a controlled form “sent to” the active layer of solar batteries. Dell Latitude D410 battery  Dell Latitude D500 battery

And silicon is similar to organic photovoltaic (OPV) battery in the active layer as the electron donor and receiving electronic body composition. And then no longer be the active layer anode (indium oxide and tin) and cathode (Al) surrounded by the medium.

The operating principle of this battery is not complicated. When light radiation you will stimulate electronic materials for them from the original track (the highest occupied molecular orbital) in the excited state, leaving a positive charge. This has been motivated to be movement in the electronic layer active, and enter the body of the electronic receipt of the molecular orbital alternative minimum. Finally, moving to the cathode through the electronic circuit outside for reinstatement, forming a gentle current.

Cleverly constructed to solve the problem of efficiency

In fact, the use of solar batteries based on organic materials can improve the efficiency of the key is that they have the characteristics of a low permittivity, the flow of electrons in which the distance F2024A F2024B batteries inorganic solar is relatively short. However, in its manufacturing process have also encountered a problem. To make an electron donor and the receiver’s body more efficient transfer of electrons between organic solar batteries the thickness of the two should be about 10 nm. But more often to ensure maximum absorption of light, the average thickness of organic materials require greater than 100 nm.

However, this apparently contradictory behavior can optimize the active layer structure to be solved. During the manufacturing process can be an electron donor and receiver dispersion and arranged to expand its size, the formation of an electron donor and the receiver’s body structure of the network interspersed with each other, so that not only ensures the absorption of light but also ensure its thickness does not affect the efficiency of electron transfer. VGP-BPS9/S VGP-BPS9/B

A perspective of market wide

When the majority of the new solar battery is still experimental, energy efficiency has been consistently exaggerated the time, materials, organic solar batteries can reduce the potential cost of electricity has been a concrete way for people to discover and begin to be used, because these organic materials, semiconductors can be mass produced and flexibly applied to various fields. Today, around the world, scientists and engineers are trying to develop this technology to reach previous business goals.

Recently, the Australian Commonwealth Scientific and Industrial Research Organization scientists a printing of banknotes successfully conducted a test print. Experience with the highest rates of press operation, can reach 200 meters per minute printing. Assumed efficiency of 10%, then the press can be of 5 months of continuous use, electricity generated by solar batteries is equivalent to one million of power per kilowatt.

Despite its many advantages, low cost energy production is also very potential market and organic solar batteries still needs more investment and further development in order to enter the market for consumers to use, especially its stability problems must still be resolved. However, this has led to the bright future of the A1012 A1060 battery lead the people towards a more environmentally friendly, energy development more sustainable.