Archive for the ‘solar panels’ Category

Solar energy is a great renewable resource that is growing in popularity with the average consumer. As energy prices skyrocket and the average income stagnating, if not falling, consumers are looking for a way to reduce their costs of living in any area possible. The rise of renewable energy, and the desire to wean our society off of fossil fuels, makes using solar panels for the home a great alternative for power.

Solar power kits save energy for the homeowner because they allow the homeowner to generate their own electricity to power their home. In some cases, the homeowner can go completely off-grid and even sell additional electricity back to the power company. What a powerful concept to be able to take an expense and turn it into an asset.

What are solar panels?

A solar panel is a packaged interconnected assembly of solar cells that are cased in a housing unit to protect the cells from the weather and from physical damage. These panels generate electricity, which is then used to directly power devices in the home, or charge battery cells to store the power for nighttime use. A solar power kit typically includes solar panels, an inverter and interconnection wiring to connect the panel to the electrical system in the home. For those that want to live off the grid, batteries are included for continuous power during the day and night. The use of infrared solar cells also allows the homeowner to generate electricity at night, thus increasing the efficiency of these cells.

The technology of solar cells continues to advance with time. Currently, the efficiency rate of solar cells range from 5% to 19% depending upon the technology. The reason is that the solar cells (or photo-voltaic cells) only convert a limited range of sunlight frequencies into electricity. The renewable energy industry is experimenting with advanced technologies that will raise the efficiency of these solar cells by a whopping 50%.

A new technology for solar cells, also called thin film or third generation solar cells, is being researched. The plus side of this new generation technology is that it produces solar cells that can operate with a higher efficiency and less cost. These brands are both rigid and flexible thin film modules. The differences between the rigid thin film module and the flexible thin film module are due to differences in the materials that are used to make the modules and differences in the production of the modules.

Solar modules can last anywhere from 10 to 25 years while still operating at 80% of their original capacity. Every year the number of panels sold to consumers continues to grow. In 2007 over 4 million solar units were sold. There are a number of manufacturers that produce solar panels for consumer use, however the average consumer can create their own solar panels using materials from their local hardware store.

Solar panels for the home can provide renewable energy for the consumer. The initial costs can range greatly if the consumer chooses to build their own solar energy kit or have another company install a solar power kit. As the technology improves, the homeowner will have more options available to them to completely power their home with renewable solar power energy.

B Hopkins
http://www.articlesbase.com/internet-articles/what-are-solar-panels-for-the-home-710880.html

Solar Photovoltaic cells (Solar PV) are effectively panels that absorb the sun’s light (which is actually made of many tiny units of energy) and convert it via a sophisticated system of silicon wafers into an electrical current that can then be used to power up your home, office or electrical appliances directly. Although not yet highly visible in the UK domestic market, solar PV panels are already very common in calculators and watches (albeit in a much smaller size). The larger solar panels are getting increasingly more efficient and are now used to generate power for private homes, large office buildings and other commercial installations.

Solar Photovoltaic and Planning Issues

One can install solar photovoltaic panels on the roof of their home as well as along one of the outer walls or as standalone units. Before setting off on the installation process, it is essential to check with the local authority regarding planning restrictions. Most local authorities in England allow solar PV panels to be installed on residential roofs and as standalone cells as long as certain criteria are met (mainly that the panels are not attached onto listed buildings or within conservation zones). Wales, Scotland and Northern Ireland, however, are still working out their local legislation. For residents of these areas it is therefore advisable to consult the local planning authorities before installing the solar systems.

Why Use Solar Photovoltaics?

There are several good reasons to use solar PV cells. One important benefit is the money saved on electrical bills. Another important benefit is the reduction in carbon emissions thanks to using clean energy. Solar photovoltaic cells cut around 1.2 tonnes of carbon dioxide emissions every year. Since the user generates the electricity directly from the sun, they are not dependent on the national grid, making them less prone to power cuts. Although solar power is effective in its own right, solar panels are highly appropriate for remote locations where the grid has no coverage (such as remote farms or research facilities).

How is Solar Photovoltaic Cell Installed?

The best way to install solar photovoltaic panels is to hire a professional installation crew. Professional solar PV cell installers should be certified by the Low Carbon Buildings Programme. It is important to note that there are good reasons one should not attempt to do the installation as a DIY project. Solar PV cells tend to be very heavy and, for roof installations, involve a support system that must be constructed and attached before any solar photovoltaic cell can be mounted. The installer will know the local electrical codes and safety regulations and will make sure that the solar photovoltaic grid or standalone units are code compliant.

With the increasing public awareness to global warming and climate change, there is substantially more focus placed on finding energy generation options that are not reliant upon fossil fuels. Of the alternative energy options currently available (wave, wind, hydrogen, solar, nuclear), solar power is considered to be the most cost effective and with solar panels dropping in price due to competition, this technology is likely to become ever more popular.

Tal Potishman
http://www.articlesbase.com/bath-showers-articles/suns-energy-sustainable-fuel-for-pv-solar-panels-626260.html

Solar Photovoltaic cells (Solar PV) are effectively panels that absorb the sun’s light (which is actually made of many tiny units of energy) and convert it via a sophisticated system of silicon wafers into an electrical current that can then be used to power up your home, office or electrical appliances directly. Although not yet highly visible in the UK domestic market, solar PV panels are already very common in calculators and watches (albeit in a much smaller size). The larger solar panels are getting increasingly more efficient and are now used to generate power for private homes, large office buildings and other commercial installations.

Solar Photovoltaic and Planning Issues

One can install solar photovoltaic panels on the roof of their home as well as along one of the outer walls or as standalone units. Before setting off on the installation process, it is essential to check with the local authority regarding planning restrictions. Most local authorities in England allow solar PV panels to be installed on residential roofs and as standalone cells as long as certain criteria are met (mainly that the panels are not attached onto listed buildings or within conservation zones). Wales, Scotland and Northern Ireland, however, are still working out their local legislation. For residents of these areas it is therefore advisable to consult the local planning authorities before installing the solar systems.

Why Use Solar Photovoltaics?

There are several good reasons to use solar PV cells. One important benefit is the money saved on electrical bills. Another important benefit is the reduction in carbon emissions thanks to using clean energy. Solar photovoltaic cells cut around 1.2 tonnes of carbon dioxide emissions every year. Since the user generates the electricity directly from the sun, they are not dependent on the national grid, making them less prone to power cuts. Although solar power is effective in its own right, solar panels are highly appropriate for remote locations where the grid has no coverage (such as remote farms or research facilities).

How is Solar Photovoltaic Cell Installed?

The best way to install solar photovoltaic panels is to hire a professional installation crew. Professional solar PV cell installers should be certified by the Low Carbon Buildings Programme. It is important to note that there are good reasons one should not attempt to do the installation as a DIY project. Solar PV cells tend to be very heavy and, for roof installations, involve a support system that must be constructed and attached before any solar photovoltaic cell can be mounted. The installer will know the local electrical codes and safety regulations and will make sure that the solar photovoltaic grid or standalone units are code compliant.

With the increasing public awareness to global warming and climate change, there is substantially more focus placed on finding energy generation options that are not reliant upon fossil fuels. Of the alternative energy options currently available (wave, wind, hydrogen, solar, nuclear), solar power is considered to be the most cost effective and with solar panels dropping in price due to competition, this technology is likely to become ever more popular.

Tal Potishman
http://www.articlesbase.com/bath-showers-articles/suns-energy-sustainable-fuel-for-pv-solar-panels-626260.html

Solar Photovoltaic cells (Solar PV) are effectively panels that absorb the sun’s light (which is actually made of many tiny units of energy) and convert it via a sophisticated system of silicon wafers into an electrical current that can then be used to power up your home, office or electrical appliances directly. Although not yet highly visible in the UK domestic market, solar PV panels are already very common in calculators and watches (albeit in a much smaller size). The larger solar panels are getting increasingly more efficient and are now used to generate power for private homes, large office buildings and other commercial installations.

Solar Photovoltaic and Planning Issues

One can install solar photovoltaic panels on the roof of their home as well as along one of the outer walls or as standalone units. Before setting off on the installation process, it is essential to check with the local authority regarding planning restrictions. Most local authorities in England allow solar PV panels to be installed on residential roofs and as standalone cells as long as certain criteria are met (mainly that the panels are not attached onto listed buildings or within conservation zones). Wales, Scotland and Northern Ireland, however, are still working out their local legislation. For residents of these areas it is therefore advisable to consult the local planning authorities before installing the solar systems.

Why Use Solar Photovoltaics?

There are several good reasons to use solar PV cells. One important benefit is the money saved on electrical bills. Another important benefit is the reduction in carbon emissions thanks to using clean energy. Solar photovoltaic cells cut around 1.2 tonnes of carbon dioxide emissions every year. Since the user generates the electricity directly from the sun, they are not dependent on the national grid, making them less prone to power cuts. Although solar power is effective in its own right, solar panels are highly appropriate for remote locations where the grid has no coverage (such as remote farms or research facilities).

How is Solar Photovoltaic Cell Installed?

The best way to install solar photovoltaic panels is to hire a professional installation crew. Professional solar PV cell installers should be certified by the Low Carbon Buildings Programme. It is important to note that there are good reasons one should not attempt to do the installation as a DIY project. Solar PV cells tend to be very heavy and, for roof installations, involve a support system that must be constructed and attached before any solar photovoltaic cell can be mounted. The installer will know the local electrical codes and safety regulations and will make sure that the solar photovoltaic grid or standalone units are code compliant.

With the increasing public awareness to global warming and climate change, there is substantially more focus placed on finding energy generation options that are not reliant upon fossil fuels. Of the alternative energy options currently available (wave, wind, hydrogen, solar, nuclear), solar power is considered to be the most cost effective and with solar panels dropping in price due to competition, this technology is likely to become ever more popular.

Tal Potishman
http://www.articlesbase.com/bath-showers-articles/suns-energy-sustainable-fuel-for-pv-solar-panels-626260.html

Solar Photovoltaic cells (Solar PV) are effectively panels that absorb the sun’s light (which is actually made of many tiny units of energy) and convert it via a sophisticated system of silicon wafers into an electrical current that can then be used to power up your home, office or electrical appliances directly. Although not yet highly visible in the UK domestic market, solar PV panels are already very common in calculators and watches (albeit in a much smaller size). The larger solar panels are getting increasingly more efficient and are now used to generate power for private homes, large office buildings and other commercial installations.

Solar Photovoltaic and Planning Issues

One can install solar photovoltaic panels on the roof of their home as well as along one of the outer walls or as standalone units. Before setting off on the installation process, it is essential to check with the local authority regarding planning restrictions. Most local authorities in England allow solar PV panels to be installed on residential roofs and as standalone cells as long as certain criteria are met (mainly that the panels are not attached onto listed buildings or within conservation zones). Wales, Scotland and Northern Ireland, however, are still working out their local legislation. For residents of these areas it is therefore advisable to consult the local planning authorities before installing the solar systems.

Why Use Solar Photovoltaics?

There are several good reasons to use solar PV cells. One important benefit is the money saved on electrical bills. Another important benefit is the reduction in carbon emissions thanks to using clean energy. Solar photovoltaic cells cut around 1.2 tonnes of carbon dioxide emissions every year. Since the user generates the electricity directly from the sun, they are not dependent on the national grid, making them less prone to power cuts. Although solar power is effective in its own right, solar panels are highly appropriate for remote locations where the grid has no coverage (such as remote farms or research facilities).

How is Solar Photovoltaic Cell Installed?

The best way to install solar photovoltaic panels is to hire a professional installation crew. Professional solar PV cell installers should be certified by the Low Carbon Buildings Programme. It is important to note that there are good reasons one should not attempt to do the installation as a DIY project. Solar PV cells tend to be very heavy and, for roof installations, involve a support system that must be constructed and attached before any solar photovoltaic cell can be mounted. The installer will know the local electrical codes and safety regulations and will make sure that the solar photovoltaic grid or standalone units are code compliant.

With the increasing public awareness to global warming and climate change, there is substantially more focus placed on finding energy generation options that are not reliant upon fossil fuels. Of the alternative energy options currently available (wave, wind, hydrogen, solar, nuclear), solar power is considered to be the most cost effective and with solar panels dropping in price due to competition, this technology is likely to become ever more popular.

Tal Potishman
http://www.articlesbase.com/bath-showers-articles/suns-energy-sustainable-fuel-for-pv-solar-panels-626260.html