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1.Ok, you connect the torch so it is powered but the solarpanel
2.Then you shine sunlight on the panel to get the torch started.
3.Then shine the torch on the Solar Panel to get the panel to power the torch.
4. Then you go inside in a dark room, and the light from the solar panel would power the Torch, and the Torches light would power the Solar Panel.

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If you are fed up with your high monthly expenses and you are currently researching the subject of solar panels & home electricity be sure to read this article – i am sure you will be amazed. For starters, how about being able to tap into plenty of clean, green energy for everyone in your entire household, very inexpensively, and without calling in professional help – is that possible? Just read the information that follows and find out the answer.

The majority of people purchase the electricity they use from the power company; they pay their bills month-by-month while carefully counting each and every cent they spend on this irritating expense. On the other hand, there are people who decided that enough is enough, they were tired of that monthly money crunch – they realized they could use green technology to generate infinite free energy that would supply all their power requirements.

So while investigating more about solar panels & home electricity be aware of the fact that these resources are available to anyone, including you; you can be up and running and saving money with your new energy system right away – don’t you want to join the free energy club? I hope that i have now managed to pique your interest as to what is involved here; all that’s involved is a solution for transforming the energy that is found all around is into free and usable electricity. Do you realize that just about anyone can set up the equipment to start generating their own wind and solar energy in a matter of days without even leaving their property?

Even if you are only interested about solar panels & home electricity you now know what a real possibility it is to build a system to harness the power of the sun and wind that will save you big money right away and for the rest of your life. Perhaps this sounds like too much to take on all by yourself; times have changed and the whole process has been simplified – the good news is that a leading specialist in the fast-growing field of wind and solar power shares his knowledge so that everyone can enjoy the benefits of free electricity.

Cut Energy Waste To The Bone, Go Green, And Lower Your Utility Bills By Up To 50%. Learn How To Apply Advanced Conservation Methods And Products To Your Existing Home. Makes Solar, Wind, And Other Renewable Energy Systems Cost Half As Much!

Save On Home Energy | #1 Home Energy Savings Manual.

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With our current economic melt down and energy prices fluctuating daily, many of us are thinking of installing solar panel power to contribute to our homes’ energy needs, and reduce our power bills.

But how much solar panel watt power do we need to say halve our power bills? And how much will that power cost us to install?

Here is a four step process that you can follow to answer these two vital questions:

1 – Calculate Daily Power Used:

To do this, get your last 12 monthly power bills and calculate your average kilowatt hour (kWh) usage per month. The reason we use 12 is because our power consumption fluctuates with the seasons. But if you do not have all your power bills, then simply use last month’s one.

Then divide your monthly usage by 30 (the average number of days in a month, to get your daily power used.

– So for example: If you have a monthly power consumption of 800 kWh, then your daily amount is 800/30= 26.7 kWh per day.

– Now if you want to only halve your power bill then you need to produce 26.7 / 2 = 13.4 kWh of solar panel watt power per day.

2 – Calculate Total Solar Panel Watt Needs:

To do this, you first need to determine how many usable hours of sunlight your area receives per day. This is where a solar insolation map comes in handy – you can view one from our original article on our website.

Once you know your daily sunlight hours, go back to your daily kilowatt hours needed and divide it by the daily sunlight hours, then multiply it by a factor of 1.25 (takes into account energy losses from the solar panel watt wiring, battery , and inverter)

– Continuing from our example: Our solar panel watt needs equal:

13.4 kWh / 5.5hrs x 1.25 = 3.045 kW or 3045 Watts per day.

This means we need solar panels with the capacity to produce at least 3045 Watts of power.

3 – Calculate Solar Panel Watt Costs:

This step will help you work out the cost of the solar panels needed to make 3045 Watts of power. At the moment the highest average cost for solar panels in the US is $4.85 per Watt.

– In our example: It will cost us at the most 3045 x 4.85 = $14,768 to install solar panels to halve our power bill. And that’s before wiring, charge controllers, batteries, inverters, and electrician costs.

4 – Offset Tax Credits And Rebates:

Before we jump the gun and think it will cost us at least $14,768 for 3045 Watts of solar panel watt power, we need to take tax incentives and rebates in account.

With the new renewable energy tax credits going into effect from January 1, 2009, and state-side rebates from states such as New York, Connecticut, New Jersey or California, our solar installation costs will be much lower than expected.

– Let’s use our example: If we were from California we would receive tax rebates of about 20% of the cost, and a federal tax credit of 40% on the remainder. So after rebates and credits, our solar panels would cost us:

$14,768 – $14,768 x (20%) – $14,768 x (1 – 20%) x 40% => $7,089.

Since there are many factors that go into calculating your solar panel watt costs, please only use our steps as a rough estimate. Some things were impossible for us to take into account, such as special offers by solar installation companies, where they offer you discounts on the full installation (including charge controller, inverter, battery, grid-tie electrician costs, etc).

Anyway, from what you can see it would cost us around $7,089 to buy enough solar panels to halve our power bill. We, instead, either get our solar cells at cost or source them for free, and wire up our own solar panels, which obviously saved us a lot of money. The good news is, anyone can learn to find cheap solar cells and make their own solar panel watt power.

Solar power is one of the best and most reliable renewable energy sources available.  The problem most novice environmental warriors find is that the price of professionally installed solar power systems is way beyond their budget and it could take well over 10 years to see a return on their investment.  Never fear, there are alternatives.  The most cost-effective way to take advantage of a solar system is to build solar panels on your own.  What you need is plans to build a solar panel!

Sound like too much? If you are worried it would be difficult, it is just not true.  It is not difficult to build solar panels with the proper instructions.  Easy enough for children and adults.  Parts aren’t complicated either.  The supplies you would need to build solar panels are available at your local Radio Shack and hardware store or you can purchase a solar panel kit, which will include all the supplies you need to be generating your own solar power.  Once you have the blueprints for a solar panel, it is possible to build any number of solar panels to power appliances or tools in your workshop.  With the right instructions you could build solar panel arrays to service a much larger electric load. 

Many guides are available with easy to follow instructions for building solar panels.  An important first step is to locate quality easy to follow instructions.  Step two is a visit to to your local hardware store to find or order your supplies and next thing you know, you will be able to assemble and install the system yourself.  Watch out though, the neighbors may start asking you to build solar panels for them too. 

Not only is it going to save you money to build solar panels yourself, but you can feel proud that you are doing your part for the environment as well.  Declaring your independence from fossil fuels and making a much-needed impact on your neighborhood and the rest of the world. 

Commercial solar energy systems can be very expensive to install and in today’s economy most of us don’t have spare money.  Decide to go solar today and learn to build solar panels on your own.  It will be savings you can be proud of.

Suniva Inc. a startup solar firm operating out of Atlanta’s technology incubator, that says it can squeeze more energy out of a single solar panel than any competitor currently operating, announced the construction of a $75-million manufacturing plant in Gwinnett’s Technology Park recently.

The plant – the first in the state – will employ about 100 to start, and have the capacity to produce enough solar cells to power 10,000 homes, according to Suniva CEO John Baumstark. In a few years, that capacity will triple.

The solar cell technology relies on the work of Georgia Tech professor Ajeet Rohatgi, director of the school’s University Center of Excellence for Photovoltaic Research and Education. It is Rohatgi’s innovation that will give Suniva an edge on cheaper manufacturing costs, which translates to more solar kilowatts per buck. Rohatgi is Suniva’s founder and CTO.

Both Gwinnett County and the state will contribute about $10 million in incentives, about 35 percent of that in the form of deferred state sales tax on manufacturing equipment. The other portion represents property tax revenue that would have been assessed by the county school board and the city of Norcross. The remainder represents a phased, five-year abatement on personal property taxes on equipment.

Because the technology is based on Rohatgi’s research performed at Georgia Tech, the university retains a minority interest in Suniva, as well as the rights to some royalties. Even so, Suniva expects to be profitable, because the cost of installed solar is two to four times that Americans pay for fossil-fuel based energy, and Suniva says it can reduce that disparity long before the federal government’s goal (parity by 2015) is reached.

Before that, they see profit in the fact that many Americans, faced with the reality of global warming, are willing to pay twice as much to cut emissions like carbon dioxide by installing clean, renewable solar energy.

Beyond that, Suniva executives also see opportunities in Spain, Germany and S. Korea, where government incentives make it profitable to sell excess solar energy back to the utility.

Both executives, Baumstark and Rohatgi, are surprised by the speed at which plans morphed into reality, including the company’s raising $50 million in a few short months. Looking ahead, though, Baumstark projects $100 million in revenues in 2009, and in the billions within a decade.

The projections don’t seem overly optimistic. On June 18, Suniva announced a four-year, $500-million agreement to supply Solon AG, one of Europe’s largest solar module manufacturers and a commercial-scale supplier to large solar-power plants.

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Solar panel has numerous advantages. It is powered by natural light. It minimizes your gas and oil costs by reducing the consumption of gas and oil. Solar panel uses renewable energy from sun. Solar panel converts both direct and indirect sunlight. Even if the panel does not get direct sunlight it can function as there is sufficient solar energy even on a cloudy day. So the solar panel gets ample thermal energy to function. The solar panel absorbs sunlight when it strikes the panel. After that thermal energy gets converted into heat energy.

The copper heat transfer pipe of the solar panel contains heat transfer fluid. This heat transfer fluid gets heated up when thermal energy is converted into heat energy. The heating system of the panel contains a digital controller, which activates the pump when the temperature of the solar panel surpasses the temperature in your hot water cylinder. The pump stops automatically when the cylinder has enough hot water.

Solar panel is used in all the places and Galway, Ireland is no exception. Galway, Ireland has a number of Solar Panel Power System providers. You can go for different types of solar panels such as Solar Focus CPC Collector or Solar Focus Sunny Line Collector. You can also opt for Vitosol 100 Solar Panel or Vitosol 200 Solar Panel. These companies of Galway, Ireland are well known world wide for their professional, fast and efficient installation of solar panel.

Many countries have been benefited from solar panel. Ireland is one of them. Solar panel system meets various requirements of the consumer. Solar panels can empower all sorts of electronic equipments. Solar panels can be used for running batteries, chargers, pool heaters, water pumps, water heaters, cells, indoor and outdoor lightning and many more. Solar panels are suitable for not only DHW. It can also support the central heating. A solar panel can satisfy up to 70% of your hot water requirements. Thus it has become a major energy choice of Galway as well as many other places.

Solar panels can be installed in both new and existing houses. In case of new houses the panel can be set on the roof from where the solar panel can directly absorb heat and sunlight. For existing houses solar panel can be fixed onto the brackets attached to the roof. Other than personal properties solar panels can be set at commercial buildings as well.

Solar panels are very useful as they can provide free energy source while the price of electricity and central heating fuel is increasing day by day. Besides they have long service life and high operation safety which make it preferred by people. Use of sustainable energy has increased in Galway, Ireland as well as in other places as sustainable energy is environment friendly and it can be produced safely and economically. Solar panels do not have any kind of negative effect on the environment. These panels serve our purpose without disturbing the environmental balance. Use of sustainable energy also restricts use of non-renewable sources of energy. The increasing demand of Solar panels reflects its popularity among people.