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Research and Development

Literally, photovoltaic is translated to mean light-electricity. This is exactly what photovoltaic devices and materials do. These types of devices and materials are responsible for converting light energy into an electrical power resource. This type of energy system was first developed in the year 1839.

Solar cells or photovoltaic cells (PV cells) are considered to be a device that produces electricity. Semiconductor material is what PV cells are made from. The PV cells range in size from smaller than a postage stamp to several feet long. Different sized PV arrays can be connected to modules in order to create power output.

The factors that determine how much electricity is generated depends on the consumer’s needs and the amount of sunlight that is made available in a specific location. A Photovoltaic system consists of mounting hardware, electrical connections, batteries and power conditioning equipment. The batteries are used for the storing of solar energy so the power source produces electricity when the sun is not shining.

There are numerous items that a PV system is a power source for. Some of the smaller items powered by solar power are wristwatches and calculators. Other items that can be powered through this energy source are appliances, water pumps, lights and communication satellites. In recent year’s traffic and road signs have been powered by photovoltaic energy. This is a very inexpensive form of electricity.

However the Guaranted long term power output stability together with light to electricity conversion factor (Efficiency), and end user cost per Watt of generated Power is three key components affecting, limiting or stimulating the global implementation of the solar power generation solutions in our lives.

Those 3 components is a focus of ASP R&D activity in developing the better, more stable, more efficient, chiper solar power solution for today and future generations...  

 

 

  • Larger, More efficient Modules...

  

  

  • Holographic Coating for increased Power Harvesting Capability during the day time

 

  • New Cell Envcapsulation Technology combins the recent developments of time and UV stable composites and polymers with expearience in Flat Panel Manufacturing