Why are solar energy systems ideal for Danville homes and commercial set-ups?

Solar electric systems are believed to be the best eco-friendly electric systems for residential and commercial set ups in Danville, East Bay, San Ramon, Walnut Creek, and other parts of California. The solar electric systems can be used to power homes or businesses. By virtue of using this natural form of energy, the solar electric systems help reduce the dependency on non-renewable energy forms like gas, oil, and other fuels. It helps households and businesses to participate actively in energy conservation.

Solar electric systems in Danville can easily meet varied domestic and commercial energy requirements. Solar panels are able to tap the maximum amount of solar energy and utilize it for powering anything you can plug into an outlet. Depending on your solar electric system, the energy generated which is not used can be stored in large batteries.

Solar electric panels generate what can be termed as "green energy" as they do not release carbon dioxide and other harmful substances in to the air. This helps home owners and industries contribute towards reducing their carbon footprint in the environment, thereby reducing global warming and air pollution.

Solar power systems offer an economical energy solution to households and commercial set ups who are tired of ever increasing energy costs. Solar energy systems can help reduce electricity bills by almost 60-70% and thereby save a good amount of money for the users. Moreover, the Government pays for upto 45% of the initial cost and after installation, you can enjoy free energy with very small initial costs.

If you wish to enjoy the benefits offered by solar electric systems, buy a solar system today. There are several stores that sell solar electric systems. Some of them even provide professional installation services for residential and commercial set ups to let the users get the most out of their solar electric systems.

If you are wondering where you can buy the highest quality solar electric systems at competitive rates, please visit diablosolar.com. Diablo Solar is a leading provider of high quality solar power panels in Danville, East Bay, San Ramon and solar energy systems in Walnut Creek at attractive rates.

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How To Build A Solar Panel From Scratch?

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I’m not going to try and kid you. Solar panels are expensive. In fact, next to the storage batteries, solar panels make up the biggest financial barrier to most people converting to solar energy.

Now, you don’t need batteries if you don’t want to store your solar generated power to use at night and on cloudy days. But there is no way to produce solar energy without using solar panels.

But what if you save a bundle of money by making your own solar panels? And what if you didn’t have to be an engineer or physicist to do it?

Well, you can. And I am going to show you how it’s done.

Required Tools
You probably already have most of the tools you need if you’re an average DIY person. Otherwise, between your local home improvement and electronics store, you can get everything you need.

• Hand or electric wood saw
• Soldering iron or gun
• Paint brush
• Rosin flux pen
• Wire cutters
• Screwdriver
• Caulking gun
• Volt meter
• Plexiglas cutters
• Drill

Parts and Supplies

• 3/8 or ½ outdoor-grade plywood (4x8 sheet)
• 4/8 sheet of Plexiglas
• Tin wire
• Electrical solder
• Silicon caulk
• UV-ray protective varnish
• Solar Cells (available online or at electronic supply stores)

Ready? Let’s get started.

1. Calculate the number of solar cells you need by considering that 80 cells will produce around 100 watts of power under ideal sunlight conditions. You need around 36 cells to charge an 18 volt battery.

2. Lay out your solar cells in rows and columns and then cut your plywood to a size necessary to support the dimensions you end up with. Most people use a rectangular layout, but that is not necessary. Use any layout pattern that works best with your roof and the number of solar cells you’ll be using per panel.

3. Apply the UV-ray protective varnish to all sides of your cut plywood.

4. Use the rosin flux pen to carefully apply flux to connector strips on each solar cell. Then use your solder and soldering gun/iron to connect each cell together.

5. Use dabs of the silicon caulk to attach the connected solar cells to the plywood panel.

6. Drill two small holes to accommodate the two wires leading from the last solar cell in your array. Feed the wires through the holes and then seal the holes with silicon.

7. Construct the frame that will support the Plexiglas and use silicon and wood screws to attach the frame to the plywood panel containing your solar cells.

8. Pre-drill screw holes in the Plexiglas. Then apply a bead of silicon around the edges of the Plexiglas where it will contact the frame. Press down to make a tight seal and then screw in the wood screws. Do not over-tighten or you could crack the Plexiglas.

9. Carefully inspect the assembled panel to make sure there are no gaps where moisture can enter. Seal any openings with silicon.

10. Drill a small hole on the bottom of the panel, away from all the electrical connections, to allow air to circulate through the panel and remove condensation.

Guess what? You’ve built a solar panel. Now that was easy, wasn’t it?

Article Tags: Solar Panel, Solar Cells

Source: Free Articles from ArticlesFactory.com

ABOUT THE AUTHOR


Jakob Jelling runs http://www.solarpanelmanual.com which focuses on solar energy. Click here for a step-by-step guide to installing'>http://solarpanelmanual.com/solar-panel-installation.php">installing your own solar panels.

Myth: Solar Energy Is Too Expensive For Me

I am a little tired of listening people say that today, solar energy is too expensive for us to implement; that the initial cost of using solar energy in our houses is too high and that people cant afford it; and the worst of all is that the people saying this kind of things, actually know nothing about this type of energy.

Before I explain why solar power being expensive is a myth, I want to clarify that solar power is divided in two major areas that have to be treated as two different types of solar energy; thermal solar power and photovoltaic (PV) solar energy.

First we are going to talk about solar thermal, which, without a doubt is not an expensive way too use solar energy in your house. Installing a solar thermal system for a typical home in America can cost you as little as $400, and the average return of the investment in a solar heater generated by the savings in your energy bill is less than two years. So, almost no one can say that this is too expensive for you to install. And even better, if you build the solar heater yourself, the system can cost you less than a hundred dollars.

In the other hand we have the PV systems. In this case if you want to take your house completely off the grid only using solar power, it certainly will be a big one time expenditure. But, who says that you have to use solar energy in your entire house at once?

You can start by buying your first PV energy kit for less than $400 in Costco or Lowes and start too see the savings in your energy bill in the first month. The trick here is too save this money in an energy jar so you can keep buying more and cheaper solar kits for your house using only the money you are saving with your solar panels; and before you notice it, you will be living in a house completely off the grid.

So, as you can see, solar energy is not expensive, you only have to approach the issue with a new perspective.

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Make A Look Up On Facts About Solar Energy To Save Your Money

Facts about solar energy help you to understand how solar energy works and how you can save some dollars without having to run a high energy bill. Solar energy is a renewable resource and of the oldest method of energy consumption that is available at present. One of the important facts about solar energy is that rays of the sun are so powerful that if we are to convert that into energy it would mean that Earth will never run out of energy for at least another 4.5 billion years according to scientists. The sun does not create any other hazardous by products which could harm the natural environment.

During the early 1950s, facts about solar energy gave people a look upon this kind of power as an alternative to man made energy resources. Through much research it was found energy could be obtained at much cheaper source. The demand for solar power has grown substantially within the range of 20-25% over the last twenty years. Solar power is able to support household appliances, lighting and water heaters. As of the moment, solar power is more heavily priced but in the near future with the increase in scientific researches, it will bring down the costs and also increase its efficiency. Solar power is to generate 2.5% of the world's energy consumption by 2025. Energy power is the fastest growing technology.

There are some basic facts about solar energy that one needs to be acquainted to; solar energy is measured in kilowatt hours and 1 kilowatt=100 watts. One kilowatt hour is equal to the amount of electricity which is required to burn 100 watt light bulb for approximately 10 hours. An average American household consumes 866 kilowatt hours per month. The Residential Energy Consumption Survey conducted in 2001 shows that an annual energy bill was around $2000 a month.

A reduction in unit costs has contributed towards an increase in growth rates and thereby making it an important energy resource. Since 2000, one of the important facts about solar energy is that this type of power has been expanding at an incredible rate of 40% per annual. The energy generated from the sun is moving at a progressive rate in the developing countries too as the consumption of fossil fuel has doubled over the years. When compared to solar power which is unlimited, fossil fuel reserves are diminishing. Setting up solar power appliances is relatively easier in the more remote areas in comparison for setting up an expensive power grid structure. A disadvantage of fossil fuels is that the prices have risen together with the price of transporting coal, oil and gas.