Build Your Own Solar Panel or Go Solar and Get Subsidy

Build Your Own Solar Panel or Go Solar and Get Subsidy

2003 blackout affected 45 million people in eight US states. Those who use other energy sources such as solar panels have benefited from its position in relation to the network independently. No food goes bad in the refrigerator, do not sit in the dark for them. Council on Foreign Relations, a think tank, reported that the current consumption and creation has amplified progressively, as planned in an increased burden on a not so great system load, which means that many people are turning to solar panels for security, financial and environmentally friendly reasons.

Solar energy is a "green" energy, renewable and do not emit harmful carbon dioxide, which means it is a great way to reduce your carbon footprint. Nearly 3,000 pounds per year of CO2 can be saved by a solar system typical house, which drives about 30 tons of his life. This clean and green technology in the middle of the next engineering revolution to be, according to Tony Juniper, director of Friends of the Earth.

The use of solar energy drastically reduces electricity costs, and this is one of the most common reasons for choosing. The federal and regional authorities provides solar incentives, the rate of a solar power plant up support. The Energy Policy Act 2005 provides two ways to get a federal tax credit for solar energy. Discounts on solar energy are also offered by more than 50% of American States.

An average of 164 watts of solar energy per square meter from the sun on the crust. If we put enough solar panels in the Sahara desert cover only one percent, we can generate enough electricity to supply the entire planet. This means amount of solar energy that it is more that we will ever need. But since the power is transmitted from the sun, as a mixture of light and heat, we can not use as it is to directly deliver a car or a computer with power. For this reason, solar cells were invented - to convert the sun's energy in a form that we can know how to use power.

Each supplementary power you create with your solar panels, if you are connected to the network, will be paid by the utilities. given the power production of a solar system, and thus excess energy companies to purchase from the owners, is net metering allowed in 30 states. The most common alternative is a single, reversible counter. As a solar system produces electricity, the first kilowatts of energy used on site to meet. The excess electricity is then fed into the grid, backward to turn the electric meter, instead of being stored in a battery. The owner is credited for the additional kilowatts at the end of each counting period.

The surplus electricity can be saved for use on the days covered. The ability to store in batteries surplus of electricity, means that you do not need to be connected to the network, even on cloudy days. In the autonomous solar system, the batteries will be charged for excess charge for the night. The life cycle of a battery is intended for use with solar panels to its suitability. The required amount of power, and the size of the battery, determine the number of hours of energy last periods without sun.

Solar energy produced? To produce solar power, you need a solar panel, which consists of one or more solar cells. As sunlight hits a solar cell, the cell light particles (called photons). Each photon containing stream and in the cured state, are photos of an electron in the material of the solar cell. Electrical leads on both ends of the cell allows a current flow when the photon is absorbed. Using this method, the solar cell generates electricity that can be used immediately or stored in a battery for future use.

A solar panel is a sizable flat, rectangular shape, usually somewhere between the dimensions of a radiator and a door. Power collectors, called solar cells, make up solar panels. A solar cell is usually 8-sided and blue-black in color, about the size of your palm. Just like the cells in a battery, these cells are intended to generate electricity. However, these cells use sunlight instead of chemicals to create electricity. Solar panels are also called photovoltaic panels (or PV panels), which comes from a combination of the Greek word for light, and electricity pioneer Alessandro Volta.

You may be interested about how sunlight is converted into electricity. When the sun shines onto a solar cell, photons (light particles) are bombarded onto the upper surface of the cell. Each light particle then carries its energy down through the cell. The photons then transfer their power to electrons in the lower layer of the cell. The electrons use this energy to escape into the circuit by jumping the barrier into the upper layer. The movement of these electrons through the circuit generates the power for our lights and appliances.

Photovoltaic cells generate electricity from sunlight, but there are other methods for making solar energy. You can also get solar-thermal panels which heat water as opposed to creating electricity. Solar-thermal panels work differently than PV panels, and don't involve electricity. Although they seem similar to solar panels, instead of light particles being grabbed by solar cells, solar thermal panels have black glass which absorbs the sun's heat. Hot water is generated by directing water between the solar panels, heating it up as it goes, after which it is channelled into the water system and of course, comes out of the faucets as hot water.

It's incredible to think that the power transmitted by the sun in just one hour, is more than the whole world uses in a year. Designing (or redesigning) a building to take advantage of sunlight and heat is using passive solar power. This can be achieved by adding more insulation to your roof, or installing an extra south-facing window. Any "passive" adjustments like these would be installed either when the house is initially built, or during major renovation. Adding solar panels or other sunlight collectors would be referred to as active solar energy.

Any form of light that hits solar panels can be transformed to solar power, which means that even on grey days they can still create some power. You can receive back-up energy (for example at night) in one of two ways. One is that you can apply to be connected to the grid in the regular way, so that this acts as a back-up supply for when your solar panels are not operating as would be the case after dark. The other option is storing additional electricity from your solar panels in batteries which will then power your appliances and lights during hours of darkness.

In this environment of global warming and diminishing oil resources, it makes sense.to turn our awareness to natural and renewable resources. Solar power systems have become the most widespread source of renewable energy due to the fact that they make no clatter and manufacture no pollutants. Fitting photovoltaic (solar) panels while continuing to be connected to the grid is the most common method of changing to solar power. Any added electricity generated by the solar system is then fed into the grid. In this way the household can get paid for additional electricity produced, and can also acquire electricity at night.

Water bills can be cut by 50 to 70 % by using a first-rate solar water panel system. Apart from the evident environmental benefits of solar power, it makes financial sense. By combining both solar water panel and PV panel systems you can save even more. Installation costs for solar energy systems are high, although there are different grants available to help finance solar technology. A much more reasonably priced option is to assemble your own solar panels.

Traditional fuel sources are proving to be more tricky and costly to use, meaning an expansion in the value of solar power. Considering global warming and pollution it's apparent that traditional energy sources will no longer be viable. Renewable power sources, by definition, are limitless, unlike fossil fuel. As renewable energy technology continues to mature and the prices of accepted power sources rise, solar technology is starting to become more affordable.

Environmentally aware Hollywood celebrities, such as Cate Blanchett and Orlando Bloom, have taken their commitment further than recycling and driving hybrid cars. These actors have switched to using solar panels and other renewable power sources in their homes, slashing their energy use. Johnny "Captain Jack Sparrow" Depp's island in the Bahamas is to be powered by solar power rather than environmentally unfriendly generators.

Actor, Edward Norton was so inspired by the solar panels installed in his own house that he created a program, in partnership with BP, to provide solar energy systems to lower income households in the LA area. Through the BP Solar Neighbors program a free solar system is offered to a low income household each time a celebrity buys one. An outstanding idea, the project has already had some of the best of Hollywood talent participating in it, including Owen Wilson, Alicia Silverstone and Will Ferrell. This project is probably contributing to the 30% annual growth of BP's solar division.

Around 50% the world's power supply will come from sustainable energy sources within the next 30 years according to forecasts from Shell. A great sustainable energy project is being shared by some of the top global corporations, including Total, General Electric and BP. The recent BP oil spill disaster has turned the world's attention to the increasing demand for alternative sources of energy and has increased public interest in solar energy as well as other renewable sources of power. The serious consequences of the oil spill have resulted in a substantial reshuffle of investment priorities, with American energy marketing campaigns placing a lot more focus on sustainable sources of power.

If you switch to using solar panels for your house, there are 2 aspects to the financial benefits. Using solar energy firstly means lower electricity bills. Second, if you stay connected to the grid, you've got the option to sell excess electricity to the utility company. With installation costs still being very high, the typical residential solar power system takes around 18 months to have paid for itself - although making your own solar panels is a less expensive option.

Many more individuals are creating their own solar panels now than ever before. Since solar system installation costs are still very high DIY solar panels are fast becoming popular. And the process is easier than you may think. DIY solar panels can be safe and highly effective if created and installed using a good instruction guide. Certainly, creating your own solar panels saves the initial installation costs which means the savings are even greater in the long run.

In addition to the other benefits, a solar system means a home has a back-up system during electricity blackouts. A home-buyer knows that if they buy a house with a solar power system installed, they are also buying peace of mind - knowing that during any power outages they will be unaffected.

Installing panels on a roof that faces east or west will still work - you don't have to have a south-facing roof. Another effective option is the ground-mounted solar system placed in a flat, un-shaded area. A pole, cemented into the ground holds the solar panel in place. Batteries which have been charged with any surplus electricity produced by the solar panels during the day can provide energy overnight.

However if you are looking for solar panels in Sonipat, then look no furher but locate and search for Rural India Solar Energy - one stop solution of your all solar power requirements.  Whether you are looking for solar lights, lamps, lanterns, solar panels and solar power plants, Rural India Solar Energy at Sonipat has all at one place.

Rural India Solar Energy is setup at Sonipat, Haryana, India, PIN-131001 which mainly deals in solar power and solar products while providing best in solar industry and reasonable panel prices ensuring quality and quantity in the solar competitive market. RISE is aiming to provide solar energy in Delhi NCR specially rural villages in and around Sonipat, Haryana while providing cutting edge products, personalized service and in-depth consultation across all segments of solar energy.

Go Solar and Get Subsidy of Rs.20,000/- per Kw

• Get your electricity bill reduced by 90%

• Your load on Solar entire day

• Excess power is transported to Grid

• Approximately 1500 units are generated by Solar Power Plant of 1 KW

• Recovery of Cost approximately in 6 years

• Plant life approximately 25 years with performance warranty

• Maintenance free system

• Get state subsidy at the tune or Rs.20000 or 30% of project from HAREDA in the state of Haryana

• No processing required. Simply apply online

• Upon approval, get it installed from any empanelled channel partner of MNRE

Headed by Mr. Anand & Vipin Ashodhiya, is working towards converting existing electricity inverters to Solar Inverters and erecting rooftop & ground mounted Slar Plants in Haryana.
Our rates:-

Rural India Solar Energy - RISE Enterprise offers following rates for various type of solar power plants

Off-grid Rooftop Power Plant System with Battery - Rs. 98 per watt

Off-grid Rooftop Power Pant System without Battery - Rs.62 per watt

On-Grid Rooftop power plant system - Rs.95 per watt

Hybrid Rooftop power plant System (Ongrid+standby power backup system) - Rs.103 per watt (excluding batteries)

Contact Details 

Email: 

ruralindiasolarenergy@gmail.com

info@ruralindiasolarenergy.com

Whatsapp : 

9963493474 Anand

9618637662 Vipin

Websites:-

http://www.ruralindiasolarenergy.com