The abrupt increase in the demand of resources over the few decades has
significantly reduced the amount of fossil fuels. Thus, it is has become
vital to head towards the non-conventional sources of energy in order
to preserve coal and petroleum for future generation. Solar energy is
one of the alternative sources of energy as it is available in abundance
and can be easily converted to usable form. Devices such as
photovoltaic panels can be used to collect solar energy and to convert
it into electricity. Solar Panel Photovoltaic are generally placed on the terrace, in a direction where they can receive maximum light of the Sun.
A brand new, cutting-edge hybrid solar collector, which incorporates both photovoltaic (PV) power generation with solar water heating, is taking the renewable energy industry by storm. The concept originated from the *Task 35, a task group from International Energy Agency that aims to spur the development and market introduction of high quality and commercially-competitive PV-T hybrid systems. The focus in a PV-T hybrid system is a photovoltaic/thermal module – or PV-T module – which is a combination of photovoltaic cells with a solar thermal collector. The result is one exceptional mechanism that converts solar radiation into electricity and heat synchronously. Additionally, PV-T modules can produce more energy per unit surface area than side by side photovoltaic panels and solar thermal collectors, at a substantially lower production and installation cost. Due to their high efficiency, PV-T systems are exceptionally beneficial in applications using both heat and power, and can operate efficiently even with limited roof space. Another advantage of combining PV and solar thermal is that by cooling off the PV modules, the efficiency increases. PV modules tend to lose roughly 0.5 percent of output for every degree Celsius of temperature rise. This new solar hybrid technology can offer PV efficiency as high as 28 percent while producing 60-70 °Celsius (140-160 °Fahrenheit) water. A PV-T hybrid panel maintained at an average of 45 °Celsius will generate approximately 20 percent more electrical output over a 12-month period, when compared to a PV system with the same peak output. The PV-T hybrid collector embodies optimal electricity production, as it is capable of generating 175 Watts of peak electrical output and 460 watts (1,570 Btu/Hour) of thermal output. Solimpeks Corp. a leader in the PVT market, has been awarded research grant on exploration of new PVT types by the Scientific and Technological Research Council of Turkey (TÜBITAK). With this highly competitive research grant, the company is able to move from testing to mass production. According to Solimpeks, the PV-T market is anticipated to grow 20 percent after 2010. The company claims that 25 square meters (270 square feet) of collector would be plenty for an average northern European home to meet both hot water and electrical demand over the course of one year.
Apart from this, polymer films also enhance the life solar panels by keeping the hybrid panels cool. Solar hybrid panels are remarkable devices that can be easily installed at roof-top and can cater to the energy demand of residential and commercial buildings. There are some renowned companies such as Solimpeks that offer you highly sophisticated solar panels at affordable prices. Solimpeks is the leading manufacturer of superior solar panels, solar thermal collectors, thermosiphon systems and several other solar-energy based devices. This company possesses a workforce of over 300 members in its location across Germany, Turkey and Spain.
About Solimpeks:
Solimpeks is a leading manufacturer of solar thermal collectors, solar tanks, thermosiphon systems and PV-T hybrid collectors. They employ advanced technology and superlative materials to manufacture all these products.
For more information, please visit Solimpeks.com.
A brand new, cutting-edge hybrid solar collector, which incorporates both photovoltaic (PV) power generation with solar water heating, is taking the renewable energy industry by storm. The concept originated from the *Task 35, a task group from International Energy Agency that aims to spur the development and market introduction of high quality and commercially-competitive PV-T hybrid systems. The focus in a PV-T hybrid system is a photovoltaic/thermal module – or PV-T module – which is a combination of photovoltaic cells with a solar thermal collector. The result is one exceptional mechanism that converts solar radiation into electricity and heat synchronously. Additionally, PV-T modules can produce more energy per unit surface area than side by side photovoltaic panels and solar thermal collectors, at a substantially lower production and installation cost. Due to their high efficiency, PV-T systems are exceptionally beneficial in applications using both heat and power, and can operate efficiently even with limited roof space. Another advantage of combining PV and solar thermal is that by cooling off the PV modules, the efficiency increases. PV modules tend to lose roughly 0.5 percent of output for every degree Celsius of temperature rise. This new solar hybrid technology can offer PV efficiency as high as 28 percent while producing 60-70 °Celsius (140-160 °Fahrenheit) water. A PV-T hybrid panel maintained at an average of 45 °Celsius will generate approximately 20 percent more electrical output over a 12-month period, when compared to a PV system with the same peak output. The PV-T hybrid collector embodies optimal electricity production, as it is capable of generating 175 Watts of peak electrical output and 460 watts (1,570 Btu/Hour) of thermal output. Solimpeks Corp. a leader in the PVT market, has been awarded research grant on exploration of new PVT types by the Scientific and Technological Research Council of Turkey (TÜBITAK). With this highly competitive research grant, the company is able to move from testing to mass production. According to Solimpeks, the PV-T market is anticipated to grow 20 percent after 2010. The company claims that 25 square meters (270 square feet) of collector would be plenty for an average northern European home to meet both hot water and electrical demand over the course of one year.
Apart from this, polymer films also enhance the life solar panels by keeping the hybrid panels cool. Solar hybrid panels are remarkable devices that can be easily installed at roof-top and can cater to the energy demand of residential and commercial buildings. There are some renowned companies such as Solimpeks that offer you highly sophisticated solar panels at affordable prices. Solimpeks is the leading manufacturer of superior solar panels, solar thermal collectors, thermosiphon systems and several other solar-energy based devices. This company possesses a workforce of over 300 members in its location across Germany, Turkey and Spain.
About Solimpeks:
Solimpeks is a leading manufacturer of solar thermal collectors, solar tanks, thermosiphon systems and PV-T hybrid collectors. They employ advanced technology and superlative materials to manufacture all these products.
For more information, please visit Solimpeks.com.
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