An increasing number of people are wondering what is with all this buzz around photovoltaic glass. Well, this type of glass might as well change the way we will live in the near future. Just imagine entire buildings that can generate clean renewable energy during the day with no other additional cost. In fact, a solar power company based in the UK has already developed a colorful type of glass that can be mounted on buildings and skyscrapers in order to generate electricity.
Photovoltaic glass is certainly the energy of the future, because it fights all those greenhouse effects, while providing a sustainable solution to the increased rarity and scarcity of fossil fuels. Regular photovoltaic cells used in building solar systems are made out of silicon and are covered with an extra layer of a semiconductor material that can easily absorb photons found in the suns rays and convert them into electrons. These charges create a tension that generates electrical current. While only one cell can generate an small amount of electricity (only 0.5 volt), more cells assembled in modules can generate up to 1000 Watts of power.
Photovoltaic glass [http://myreviewboost.com/index.php/home-services/sungate-energy-solutions-hayward.html] has a multitude of applications in many sectors, including residential, industrial, building, and commercial. Installed on facades, rooftops or even on buildings, photovoltaic panels and glass can supply a considerable amount of a building's total energy needs. Hence, the initial investment pays off all by itself in a short span of time.
Oxford Photovoltaics has already began the process of implementing this technological breakthrough on the market. An increasing number of buildings that are constructed in London are covered in glass that can produce electricity. A solar treatment costs only 10% more than the original cost of the façade, so it's not such a big hole in the budget. The power that comes from this treated glass can either be exported to the national grid or can be used to power up the building and reduce the maintenance costs.
This company boasts with its wide range of services and declares that they can print any color. However, customers need to realize that each color has a different efficiency. For example, black is the most efficient, while at the opposite corner, and blue is the least efficient choice. Hopefully, we will be all able to take advantage of this discovery, and not only buildings will benefit of photovoltaic glass [http://myreviewboost.com/index.php/home-services/sungate-energy-solutions-hayward.html], but small business owners or homeowners who are eager to cover their homes in glass will as well.
Photovoltaic glass is certainly the energy of the future, because it fights all those greenhouse effects, while providing a sustainable solution to the increased rarity and scarcity of fossil fuels. Regular photovoltaic cells used in building solar systems are made out of silicon and are covered with an extra layer of a semiconductor material that can easily absorb photons found in the suns rays and convert them into electrons. These charges create a tension that generates electrical current. While only one cell can generate an small amount of electricity (only 0.5 volt), more cells assembled in modules can generate up to 1000 Watts of power.
Photovoltaic glass [http://myreviewboost.com/index.php/home-services/sungate-energy-solutions-hayward.html] has a multitude of applications in many sectors, including residential, industrial, building, and commercial. Installed on facades, rooftops or even on buildings, photovoltaic panels and glass can supply a considerable amount of a building's total energy needs. Hence, the initial investment pays off all by itself in a short span of time.
Oxford Photovoltaics has already began the process of implementing this technological breakthrough on the market. An increasing number of buildings that are constructed in London are covered in glass that can produce electricity. A solar treatment costs only 10% more than the original cost of the façade, so it's not such a big hole in the budget. The power that comes from this treated glass can either be exported to the national grid or can be used to power up the building and reduce the maintenance costs.
This company boasts with its wide range of services and declares that they can print any color. However, customers need to realize that each color has a different efficiency. For example, black is the most efficient, while at the opposite corner, and blue is the least efficient choice. Hopefully, we will be all able to take advantage of this discovery, and not only buildings will benefit of photovoltaic glass [http://myreviewboost.com/index.php/home-services/sungate-energy-solutions-hayward.html], but small business owners or homeowners who are eager to cover their homes in glass will as well.
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