If you take your time and learn a few things about solar panels you will find that most of them are made out of monocrystalline solar cells. These structures are also known as crystalline silicon solar cells or just crystalline silicon and are commonly integrated with photovoltaic technology.
This apparently innovative engineering scheme goes back all the way to the 50′s. The first ever purpose of monocrystalline cells was to convert and conduct solar energy that will eventually be turned into electricity. The principle behind this whole thing is simple.
The sunlight interacts with a silicon semiconductor that helps absorb energy, permitting electrons to move freely. The monocrystalline cells are created in order to direct free electrons that are part of an electric field, towards circuits that use electricity to power appliances.
Polycrystalline vs. Monocrystalline Solar Cells?
The difference between the two is found within the manufacturing process. The polycrystalline cells are created by melting and pouring a silicon compound into a mold and the monocrystalline solar cells are cut into thin pieces from a larger crystal constructed for this exact purpose. The single crystal cells have a blue color given by the uniformity of the cut. It is efficient and different from the various shades of blue that compose the polycrystalline modules. The cells are laminated by using tampered glass and plastic. The connection between them is mad with clear adhesive fixed on an aluminum frame.
The Efficiency of Solar Cells
Probably the most interesting and worth improving area regarding this type of technology is cell efficiency. Scientists have reached the conclusion that only ¼ or actual sunlight is processed and transformed into energy. The monocrystalline solar cells have achieved a 24% efficiency rate but only after years of research and experimentation. This massive loss of energy is explained as a consequence of the wide spectrum of sunlight wavelengths.
Looking Towards The Future
Very few know that this stage of monocrystalline solar cells research is the result of 50 years of hard work. The solar cell industry and technology are reaching their full potential after such a long period of time. The big breakthroughs over the last few years lead to massive decreases in prices and great increases in popularity. New mechanisms and systems are flooding the market and design and maintenance are becoming better every day.
What Benefits may Come with Monocrystalline Solar Cells
The use of such technology has its main advantage when it comes to saving money. Monocrystalline solar panels are the way of the future and will replace all other obsolete, rudimentary energy sources. This type of investment will last you a lifetime and spare you incredible amounts of money over the years. Investing in solar panels will make it worth your money and in 10 years you will be the proud owner of a device that paid for itself. People are now more informed and up to date with news regarding solar cell research and try to make the most out of this incredible possibility.