Economic benefits of using solar power:
Solar power provides superior electricity at low cost. The average monthly bill for a solar home is often below than what a family pays for kerosene, batteries and candles. The second economic benefit is that it encourages small-enterprise development. Small shops and village markets can use the systems to provide lighting to operate during the evening. Apart from these benefits, solar powered countries create direct employment opportunities and also preserve foreign exchange.
Environmental benefits of using solar power:
The use of solar energy is an effective energy conservation programme for the Third World countries. Besides, it has reduced local air pollution, eliminated greenhouse gas emissions and reduced the need for a dry-cell battery disposal.
Educational benefits of using solar power in rural areas:
The use of solar power in rural areas has improved the literacy rates by providing high quality electric reading lights, which are better than kerosene or candle lighting. It has also increased the access to news and information in the remote areas where the traditional electricity has not reached the yet. Solar power coupled with wireless communication has made it possible to introduce wireless telephonic communication services in remote villages.
Download earth4energy Manual by Michael Harvey to know more on how to build solar panel at home and save money.
diy solar cell - How to build a solar panel at home
Do you want to save hundreds of dollars in your power bill?
Do you want to generate electricity using solar and wind power?
If your answer is YES, you should use solar power at your home to reduce electricity bill. Installation of solar panel used to be very costly but NOW you can do it yourself within your budget.
Michael Harvey, Renewable energy enthusiasts and creator of Earth4Energy.com developed a complete step-by-step fully illustrated manual(Earth4Energy) & easy to follow videos. Earth4Energy has been put to the test by thousands and - It Works!
Click here to read Frank story ( dated 10th Jan 2009) on how he build a 80 watt solar panel using an alloy frame within few weekends.
You can read other customers testimonials and feedback on Machael's earth4energy DIY kit to build your own solar generator.
Click here to visit earth4enery home page to know more benefits of having a solar panel at home.
Cost - $49 ( one time )
Do you want to generate electricity using solar and wind power?
If your answer is YES, you should use solar power at your home to reduce electricity bill. Installation of solar panel used to be very costly but NOW you can do it yourself within your budget.
Michael Harvey, Renewable energy enthusiasts and creator of Earth4Energy.com developed a complete step-by-step fully illustrated manual(Earth4Energy) & easy to follow videos. Earth4Energy has been put to the test by thousands and - It Works!
Click here to read Frank story ( dated 10th Jan 2009) on how he build a 80 watt solar panel using an alloy frame within few weekends.
You can read other customers testimonials and feedback on Machael's earth4energy DIY kit to build your own solar generator.
Click here to visit earth4enery home page to know more benefits of having a solar panel at home.
Cost - $49 ( one time )
What is a solar power?
Solar power is the force which comes from the most powerful resource; the Sun. The solar rays hit the Earth, thus influencing the climate, weather and life on it. Even the tiny fraction of sunlight that touches the Earth is enough to meet the energy and power needs of the entire human population on earth. In fact, the sunlight that shines on the earth in just one hour can satisfy the world energy demand for an entire year. Solar power is sometimes used as a replacement for solar energy.
The solar power can be used in two different ways: as a heat source or as an energy source. The solar power in the form of heat has been used since ancient days. People have used sunlight for drying clothes and food since thousands of years. However, Sun in the form of energy or power is being used only recently. Solar power technology is used to capture energy from the sun in a variety of ways such as- Solar cells, solar water heaters, solar furnaces etc. Countries like India, UK, United States, Greece and Africa are increasingly utilising the powerful and never ending solar energy to generate electricity. Many people today, are interested in further developing renewable energy technologies, such as solar devices.
Download earth4energy Manual by Michael Harvey to know more on how to build solar panel at home and save money.
The solar power can be used in two different ways: as a heat source or as an energy source. The solar power in the form of heat has been used since ancient days. People have used sunlight for drying clothes and food since thousands of years. However, Sun in the form of energy or power is being used only recently. Solar power technology is used to capture energy from the sun in a variety of ways such as- Solar cells, solar water heaters, solar furnaces etc. Countries like India, UK, United States, Greece and Africa are increasingly utilising the powerful and never ending solar energy to generate electricity. Many people today, are interested in further developing renewable energy technologies, such as solar devices.
Download earth4energy Manual by Michael Harvey to know more on how to build solar panel at home and save money.
Do It Yourself Solar Power System for Your Home?
Evaluating a do it yourself solar power system on your home?
Imagine converting freely available solar power into electricity that can be used to power your home. The amount of electricity that will be generated depends on the number and wattage of the solar panels and the number of direct sun light the solar panels receive.
If the solar panels are producing more electricity that what is needed to run your home the excess solar power can be sold to the electric company. This is a great situation to be in, be selling electricity back to the utility district.
There are a few things that you need to consider before deciding on installing a solar power system on your house.
In order to recoup the initial investment you need to determine how long it will take. You don’t want to move out of the house before having recouped your investment.
Do you have a large enough space on your roof where the solar panels can be installed on that receives at least six hours of direct sun light each day? Solar cells work best in direct sunlight. If most of the south facing roof space is covered by nice large trees a photovoltaic system is not going to produce much electricity.
Pitch of your roof. Are you comfortable walking on your roof? Is it too steep for you? When installing a do it yourself solar power system you will be spending some time on the roof installing the solar panels and wiring them together. If you are not comfortable working on the roof for a day or two you might want to consider hiring someone to install the solar panels for you.
How to find do it yourself solar power retailers that you can work with. Start with the yellow pages and contact the local solar retailers in your area. Check out each retailer with the local BBB.
Another option is to search for solar retailer sites with the search phrase 'do it yourself solar power system'. Check out the result sites. Be sure to verify that the site is reputable and secure.
Before purchasing a do it yourself solar power system from a retailer be they local or online there are a few questions you should ask them. Will they help you determine the load of your home and size the solar power system to your home's electrical needs?
Will they allow you to review the installation instructions before purchasing the solar power system?
Do they offer telephone technical support?
How long is the warranty on the equipment?
Who do you contact for warranty work?
You are now ready to find the right retail outlet that will provide you with the best do it yourself solar power system and great customer service. Even if you decide not to install a solar power system yourself, consider hiring a local company that specializes in installing solar power systems in homes. It will be more expensive, but in the long run the cost savings will be well worth it.
Considering tackling DIY solar power project for your home? Try visiting http://www.homesolarpowerguide.com, a popular solar power facts website that offers tips, advise and resources including information on solar power generation, understanding residential solar power and home solar power.
Imagine converting freely available solar power into electricity that can be used to power your home. The amount of electricity that will be generated depends on the number and wattage of the solar panels and the number of direct sun light the solar panels receive.
If the solar panels are producing more electricity that what is needed to run your home the excess solar power can be sold to the electric company. This is a great situation to be in, be selling electricity back to the utility district.
There are a few things that you need to consider before deciding on installing a solar power system on your house.
In order to recoup the initial investment you need to determine how long it will take. You don’t want to move out of the house before having recouped your investment.
Do you have a large enough space on your roof where the solar panels can be installed on that receives at least six hours of direct sun light each day? Solar cells work best in direct sunlight. If most of the south facing roof space is covered by nice large trees a photovoltaic system is not going to produce much electricity.
Pitch of your roof. Are you comfortable walking on your roof? Is it too steep for you? When installing a do it yourself solar power system you will be spending some time on the roof installing the solar panels and wiring them together. If you are not comfortable working on the roof for a day or two you might want to consider hiring someone to install the solar panels for you.
How to find do it yourself solar power retailers that you can work with. Start with the yellow pages and contact the local solar retailers in your area. Check out each retailer with the local BBB.
Another option is to search for solar retailer sites with the search phrase 'do it yourself solar power system'. Check out the result sites. Be sure to verify that the site is reputable and secure.
Before purchasing a do it yourself solar power system from a retailer be they local or online there are a few questions you should ask them. Will they help you determine the load of your home and size the solar power system to your home's electrical needs?
Will they allow you to review the installation instructions before purchasing the solar power system?
Do they offer telephone technical support?
How long is the warranty on the equipment?
Who do you contact for warranty work?
You are now ready to find the right retail outlet that will provide you with the best do it yourself solar power system and great customer service. Even if you decide not to install a solar power system yourself, consider hiring a local company that specializes in installing solar power systems in homes. It will be more expensive, but in the long run the cost savings will be well worth it.
Considering tackling DIY solar power project for your home? Try visiting http://www.homesolarpowerguide.com, a popular solar power facts website that offers tips, advise and resources including information on solar power generation, understanding residential solar power and home solar power.
How many solar cells are required to run my house?
How many solar cells are required to run my house?
The answer to this question depends on how much electricity is consumed by you, and whether you receive brighter sun rays where you live.
You might require a lot of solar cells to power your whole house. But the initial step to be taken, before you build your own solar panel, is to reduce your electricity consumption. You can reduce your electricity usage by using super efficient, long-lasting fluorescent light bulbs. Also replace your old fridge with a new one which will cost you some money, but much less than the solar energy you would need to run it. Reduce the use of heating and cooling systems which often carry the major electrical load in your home.
The next logical step would be to work out how much energy you could expect from a solar panel at your location. The average size of a solar system that completely powers the house is 2000 Watts. In order to make 2000 watts of power you might require solar panels that are about 24 feet long and 10 feet high. Although, the requirement of each house is different, a PV system installation would generate approximately 750 kW per year.
Download earth4energy Manual by Michael Harvey to know more on how to build solar panel at home and save money.
click here to know more on diy solar panel
The answer to this question depends on how much electricity is consumed by you, and whether you receive brighter sun rays where you live.
You might require a lot of solar cells to power your whole house. But the initial step to be taken, before you build your own solar panel, is to reduce your electricity consumption. You can reduce your electricity usage by using super efficient, long-lasting fluorescent light bulbs. Also replace your old fridge with a new one which will cost you some money, but much less than the solar energy you would need to run it. Reduce the use of heating and cooling systems which often carry the major electrical load in your home.
The next logical step would be to work out how much energy you could expect from a solar panel at your location. The average size of a solar system that completely powers the house is 2000 Watts. In order to make 2000 watts of power you might require solar panels that are about 24 feet long and 10 feet high. Although, the requirement of each house is different, a PV system installation would generate approximately 750 kW per year.
Download earth4energy Manual by Michael Harvey to know more on how to build solar panel at home and save money.
click here to know more on diy solar panel
How to build a solar battery charger?
In this article you will find the easiest way to build a solar battery charger. The project involves a simple procedure to make your own solar battery charger with the use of a small photovoltaic solar panel. However, some readily available components are required to build a solar battery charger. They are:
1of 4 * 2700 mah AA rechargeable batteries
1 of 6V 250ma solar panel
2 of 2AA battery holder with flying leads
1 of blocking diode
It should be remembered that building a solar battery charger does not need any soldering. As an alternative, terminal strips are used to make the connections and only a flat headed screwdriver is required to lock each wire/component in place. Initially all the four batteries are put into the battery holders and then the holders are wired together in sequence. The positive lead from one battery holder is connected to the negative from the other. All the other free wires are required for charging inputs. The circular end of the blocking diode is then connected to the positive battery input and the other end to the positive output from the solar panel. The negative output from the solar panel is connected directly to negative battery input. The solar panel has to be covered to measure the correct battery voltage as the voltage computed during the charging does not show the exact measure
1of 4 * 2700 mah AA rechargeable batteries
1 of 6V 250ma solar panel
2 of 2AA battery holder with flying leads
1 of blocking diode
It should be remembered that building a solar battery charger does not need any soldering. As an alternative, terminal strips are used to make the connections and only a flat headed screwdriver is required to lock each wire/component in place. Initially all the four batteries are put into the battery holders and then the holders are wired together in sequence. The positive lead from one battery holder is connected to the negative from the other. All the other free wires are required for charging inputs. The circular end of the blocking diode is then connected to the positive battery input and the other end to the positive output from the solar panel. The negative output from the solar panel is connected directly to negative battery input. The solar panel has to be covered to measure the correct battery voltage as the voltage computed during the charging does not show the exact measure
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