befreesolar.com shows you another super high quality solar system featuring a ground mounted solar system made of post and beam construction just like a house would be made but better! The solar panels are 230 watts and each panel is monitored with a enphase 210 watt inverter. The system is making loads of power and especially more power , sometimes 100% more power on a cloudy day compared to a large inverter system! We make the highest quality systems which generate the most power so the choice should be clear, choose befree solar for your next solar installation.

For centuries we have used the sun’s natural energy to our advantage. For example, it has been used in ancient times to provide natural lighting in temples, for photosynthesis and natural heating for growing crops, to desalinize and purify water, and it has been magnified and intensified to heat thermal power plants.

So, how can solar power be used on a smaller scale at home as clean source of energy?

Basically, there are four main ways how to solar power your home:

Passive Solar Design:

To think that Americans consume up to 50% of their energy to heat, ventilate and air-condition their homes, a large amount of money and energy could be saved by using passive solar design at home.

Passive solar design is the strategic use of the sun’s energy to heat, light and ventilate your home naturally. For example, having a home that faces the sun, that has large, low-emissivity windows, and that is built from heat-retaining materials will tend to be naturally warmer in winter.

And like the Romans used the sun to light up their temples, careful placing of windows and mirrors in our homes can increase natural lighting, helping us reduce the need for electric lighting.

A natural air conditioning solution would be to plant deciduous trees on the sun-facing side of your home. This would provide cool shade in summer, but allow warm sunlight though in winter.

A solar chimney can be installed for ventilation, where the air in the chimney is heated by the sun and rises, causing fresh, cool air to rush in through the home and up the chimney.

Solar Cooking:

Solar cooking is the cleanest and cheapest way to prepare food. Although it is widely used in third world African countries, where fuel and electricity is not readily available, there is no reason we cannot use it during summer at home.

A solar cooker is made from a series of reflective panels in a parabolic shape that focus the sunlight on a box or pot, in which the food is cooked. It usually caters for up to five people, and can make a variety of boiled, roasted and baked dishes.

The one drawback of solar cooking is that it tends to take three to four times longer to cook food in. But if you weigh that against the unlimited power savings and its portability, having a little patience is not that bigger deal.

Solar Water Heating:

Solar water heating has a number of uses, and thanks to technological developments, modern solar water heating systems can be used at home to completely replace conventional boilers or geysers.

As cold water is pumped through a solar collector, the pipes absorb the sun’s energy, and heat the water, which is then stored in an insulated tank for later use. Usually the water can get so hot that it has to be mixed with cold water before it can be used.

Solar Electric Power:

Also known as photovoltaic power, many homes are starting to make their own power at home with solar electric panels. These panels are made up of small silicon cells and need to be directly aimed at the sun to be most effective.

As the sun’s rays penetrate the solar panels, electrons in the cells become charged, creating a current that is stored in deep-cycle batteries. When electricity is needed, the stored power is passed through an inverter to change the DC to AC, which can then be used to power various household appliances or connected to the grid for net metering.

Other than providing you cheap, clean renewable power, solar electric panels have become affordable and simple enough for anyone to install at home. In fact, with the right information it is possible to make your own solar power for under $200, as compared to getting a professional installation for a couple of thousand dollars.

With these four ways on how to solar power your home, there is no need for you to rely on the utility companies or the government for heating and lighting at home. Right now it is very possible for us to use solar power at home. It is just a matter of everyone having the determination, energy consciousness and environmental awareness to take action and harness the sun’s free, natural power.

When you think of solar powered homes you think of a home totally powered by state of the art expensive solar panels but that need not be the case. Solar power is now becoming less expensive these days and is more popular than ever. Solar electric systems are also known as photovoltaic or PV systems and are reliable and pollution-free. They take their power from a free and renewable source of energy that has been with us since the beginning of time – The Sun. Home solar power solutions are becoming more and more affordable over time for providing solar home power. Dont worry because you don’t have to fork out hundreds of dollars to get started. How Does It Work? Well solar home energy is provided by solar panels also known as Photovoltaic (PV) solar cells. They create electricity directly from the sun and will function any time the sun is shining. Considerably more electricity is generated when the sunlight is stronger. In simple terms, the sun has to strike the PV modules at a perpendicular angle to generate the electricity. Electrons are released by the interaction of sunlight with semiconductor materials in PV cells and the electrons are captured in an electric current. The PV panels are connected to an inverter unit in your property that converts the resulting the direct current (DC) into alternating current (AC). The inverter is connected to and powers your appliances. It’s also connected to a meter which monitors electricity consumption. Ok that’s enough techie stuff! PV systems allow you to produce electricity for a solar energy home without noise or air pollution-from a clean, renewable resource and it is a continuous energy source that never depletes. How cool is that? Things to consider before purchasing Prior to buying a PV system for a solar power home there are at least two considerations that you need to make. 1. Solar power will be intermittent because electricity is only produced when the sun is shining. This wont be too much of a problem if you are connected to the Electricity Grid as any additional electricity power requirement will automatically be delivered to you. If you aren’t then you can purchase batteries to make up the shortfall but these can be expensive. 2. It can require an initial large investment. It’s basically like paying for years of electricity upfront. Having said that you don’t have to you DO NOT need to invest $1,000’s in costly solar panels or windmills to transform your home into an energy producing “green home” You can just buy the components you need and make your own panels and use them to power a few electrical appliances. That way you can gradually build up to the level of alternative power provision that you want. You can even build them yourself with a few common materials and save yourself money. Financing your PV system If you want to use home solar panels extensively for moreorless total home solar power, probably the best way to finance it is through a mortgage loan. Mortgage financing options include your primary mortgage; a second mortgage, or a home-equity loan that is secured by your property. There are two advantages to mortgage financing. 1. Mortgage financing usually provides longer terms and lower interest rates than other loans, such as conventional bank loans. 2. The interest paid on a mortgage loan is generally deductible on your federal taxes (subject to certain conditions ). If you buy the PV system for solar power for homes at the same time that you buy it , you can consider including it in the cost. Adding the cost of the PV system to your mortgage loan is likely to be relatively simple. It is also one way to avoid additional loan application forms and fees. Why would you want to use solar power? There are many reasons why you might want to convert to use PV units for solar power. – To help preserve the Earth’s finite fossil-fuel resources and reduce air pollution. 1. The desire to make ones property more energy efficient. 2. The security and satisfaction of reducing the amount of electricity you buy from the utility company 3. Getting one over the profitable utility companies because 4. By law the utility company has to pay you back for any excessive electricity power that you generate and don’t use at the current market price. That’s great for us consumers. Whatever your reason, solar energy is widely thought to be the energy source of choice for the future. To find out more about solar and wind powered domestic units for life, visit http://www.windsolarlife.com

With energy sources depleting at a rate faster than they are being built, it is only wise that we use the abundant energy available for free – the solar energy. Apart from the easy availability, solar energy helps control environmental pollution. Most of us shy away from installing solar power solutions at home thinking them to be expensive and cumbersome. You will, however, be surprised to know how easy it is to employ these power solutions. Moreover, these will help cut down your power bills. Finally, you will be delighted to know tat you are doing your bit to save power for the future generations.This article will explore the various solar power options available for home use. Solar cooker: A solar cooker is a cooking utensil that uses absolutely no fuel for cooking. You can cook food for up to five people in the small box. If you are thinking that using a solar cooker will reduce your chances of spreading up a varied platter on the dining table, you will be surprised to know that you can not only boil food items in the cooker but also roast and bake! The only limitation with the solar cooker is the time it takes to cook. However, given the free source of energy it uses, this is a great option for cutting down those sky-rocketing bills and saving some power.Solar home lighting: A solar home lighting system converts solar energy into electrical energy for your home. This is done via cells that are charged with solar energy. So, in the night, if you wonder how the lights are on in the house, it is because of the solar energy stored in the solar cells. You can install the solar home lighting system in your house and not worry about the electricity bills anymore. Solar heating system: Installing a solar heating system in your home helps cutting down your electricity bill along with saving the world’s quickly-exhausting power. If you are worried that a solar heating system will turn your sweet home into a gadget house or that it will be an expensive investment, your concerns are misplaced. Companies providing solar power solutions for homes make it a point to install aesthetically-pleasing heating systems in your house. As per as expenditure is concerned, investing in a solar heating system is wise because you get a return on your investment within 3-4 years, giving you absolutely free service after that.Make power at home with solar and wind energy to eliminate your power bill. Get our complete guide at http://tinyurl.com/dy8×5o

Solar power systems for camping are increasing in availability, but what about practicality? Can solar power systems for camping be put to use readily? Are they portable enough? Are they durable enough?
Solar power practicality for camping must address those questions and more. Are solar power systems for camping cost effective? Do they produce enough energy for normal needs?RV Camping
Solar power systems for camping can readily be used in RV camping. But are they practical?
Many people spend most of their RV camping time in RV camping spaces with full hook-ups. They plan trips according to where the next RV camp is, and reserve a full hook-up space for the end of each day. For them, solar power practicality is questionable. It makes a good back-up system, if there is a power outage at a campground. On the whole, however, it is an unnecessary expense – just another toy.
Others enjoy the freedom of being able to camp without hook-ups. They want to get off the beaten track – be pioneers. They want the opportunity to be in a remote, quiet place for a few days. They may want to go off road, or stop beside a quiet stream, even though it is in the middle of nowhere. They don’t want to rush to make it to the next full hook-up campground.
Solar power practicality for camping is real for the second group of campers. Solar power serves a practical use for them. It breaks the leash of energy needs and lets them wander as they please.
Operating an RV’s electrical system with a solar power system is simple. Charging its batteries with solar power is also simple. You need to plan your system, of course. You need to know how much energy you want. Then you need to purchase and install solar panels, batteries, and inverters that will produce that amount of energy for you.
Many Internet websites will guide you through the necessary steps of determining how much solar power you need. They will explain which components will provide that amount of energy. Solar power systems for camping in recreational vehicles are increasingly available in a range of sizes, and you are sure to find one to fit your needs. Most are easy to use.
Solar power systems for camping may make you think twice about appliances you take for granted in RV camping. For example, suppose you have a coffee maker that requires 15 minutes to brew coffee, and then keeps the coffee warm on a warming plate. This will consume a lot of your solar power. You may want to replace that coffee maker with one that will brew in 10 minutes and shut itself off. Pour your coffee into a thermos and it will remain hot without using more energy.Non-RV Camping
Solar power systems for camping are also practical for non-RV camping. The same two groups of people are to be found. One group likes to make camp in a KOA campground, with electrical power close at hand. The other group likes to hike into the back country with lightweight backpacks, and camp wherever darkness overtakes them.
Solar power practicality can easily be seen in the array of lightweight, portable units hitting the market. Solar power can be generated by the backpack in which gear is carried. Flexible solar panels can be rolled up and carried to the campsite, where they can be stretched on the ground to generate additional energy.
Solar power systems for camping are small and portable, but can generate enough energy to run a small heater or light bulb. Solar collected by a backpack while hiking can recharge a cell phone, camera, or iPod. Small solar power units will run appliances made for use in a vehicle. The coffee maker that will plug into your cigarette lighter can be run by a flexible solar power panel.
Solar power practicality for camping is sure to increase, and products for this use will multiply. Those who appreciate the environment enough to want to be far out into it will demand clean energy, i.e. solar power.

What would you do if the utility companies paid you for energy?
You, like me, probably didn’t even know that was possible.
What if you never had to pay energy bills ever again?
Again, something else I didn’t know was possible.
These two questions took me completely by surprise when I started doing research for this article. Especially since both questions pertain to solar power.
The Truth About Solar Efficiency
Everyone has heard about the benefits of solar power in terms of environmental conservation and lessening our dependence on imported fossil fuel. But these are both concepts that apply on a grand scale. It’s very hard to equate what this means to an individual. We have to examine the past, present, and future of solar energy, in order to see that there is huge promise for the future of solar energy.
I, for one, could not have begun to tell you what the hard facts were in relation to solar power until I started digging. It turns out that what we hear about solar energy is just the tip of the iceberg. Which are disappearing, I might add, to the tune of 20% during the summer of 2008.
A Brief History
Before we go exploring the ins and outs of solar energy, let’s take a look at how this force of nature has evolved over the centuries.
Solar technology isn’t new. It probably started some time in the 7th Century B.C., when people learned how to use glass and sunlight to light a fire. There is some evidence that ancient cultures across the globe have used glass and polished metals to concentrate the heat and light of the sun. This concept has been around so long that the Justinian Code of 6th Century A.D. decreed that every individual had “Sun Rights”.
Skip ahead several hundred years and you will find documentation detailing the construction and use of equipment that harnesses the heat and power of the sun.
Solar Power Today
Now that we know where we’ve been, let’s look at where we are.
Right now, all across our planet, governments and organizations are installing solar panels and contributing funds to further research into a renewable energy source that is hoped to rival conventional energy in the next decade.
In the future, we can look forward to more solar energy homes and cars that perform up to the standards we expect from traditional fuel sources. Right this very moment I am living in a house that has solar panels to heat my water, and it does get very hot. I do, however, worry about having hot water at 2 a.m. Not that I take showers very often at that hour, but a writer’s work isn’t always done when the sun sets.
Solar Timeline
The following timeline for solar energy from the U.S. Department of Energy, lists the milestones in the historical development of solar technology from the 7th Century B.C. to now.
* 700 B.C.
A magnifying glass is used to concentrate the sun’s rays on a fuel and light a fire for light, warmth, and cooking.
* 300 B.C.
Greeks and Romans use mirrors to light torches for religious purposes.
* 200 B.C.
As early as 212 B.C., Greek scientist Archimedes makes use of the reflective properties of bronze shields to focus sunlight and set fire to Rome’s wooden ships, which were besieging Syracuse. (Although there is no proof that this actually happened, the Greek navy recreated the experiment in 1973 and successfully set fire to a wooden boat 50 meters away.)
* 20 A.D.
The Chinese report using mirrors to light torches for religious purposes.
* 100 to 400 A.D.
In the first to the fourth centuries, Roman bath houses are built with large, south-facing windows to let in the sun’s warmth.
* 600 A.D.
Sunrooms on houses and public buildings are so common that the Justinian Code establishes “sun rights” to ensure that a building has access to the sun.
* 1300 A.D.
In North America, the ancestors of Pueblo people known as Anasazi build south-facing cliff dwellings that capture the warmth of the winter sun.
* 1700 to 1900 A.D.
Solar contraptions such as photovoltaic fiber, solar cells, and solar steam engines are invented. Eventually a water heater is power by solar electricity.
* 1900s
Solar technology improved thousands of times over, with a vast array of solar materials and solar collectors being constructed and implemented all over the world. Entire towns are powered by solar energy by the year 2000. Buildings are constructed with photovoltaic glass and green roofs, and are self-sustainable thanks to the advancements is solar power conversion.
* 2000s
Houses are powered with residential solar power systems sold in Home Depot, and NASA builds rockets and planes powered entirely by solar energy. Solar power is regarded as an inefficient possible solution to the upcoming oil issue.
* The Future
Within 10 years, continued advances in solar technology will allow us to generate all the electricity needed to power the entire US, and photovoltaic power will be competitive in price with traditional sources of electricity.
Solar electricity will be used in an electrolysis process that separates the hydrogen and oxygen in water so the hydrogen can be used in fuel cells for transportation and in buildings.
Pros and Cons of Solar Power
So this is where we must think about and examine the ups and downs of solar power.
* First, the sun is free. Once you pay for your solar panels, you are done paying to power your home. Conversely, the sun does take a hiatus. Even so, you can switch to battery power to take up the slack if you want.
* Second, if you have a system that produces more energy than you use, you can sell the excess energy to the utility company. But that usually requires you to live in a very sunny climate.
* Third, the cost of maintenance is very low. Since it is just a flat panel that doesn’t move, you don’t have to worry very much about mechanical malfunctions. Unfortunately, the initial cost of these panels can be very expensive and serves as a deterrent to buying.
I hope that these facts encourage you to look to the future of energy production. Environmental conservation is everyone’s responsibility. We all do what we can. Hopefully sometime soon it will be more cost effective. We can scarce afford to lose the only habitable planet we have and some species, like the polar bear, are already losing.

Solar power energy systems are not inexpensive. That said it’s important to compare them within context of other types of home improvement projects. Home buyers and realtors view a solar photovoltaic or solar hot water heating system as a significant value-added improvement – similar to adding a deck or remodeling your kitchen. Plus unlike a deck or kitchen remodel, you also gain one-up on your power bills. Here are some foolproof ways to estimate the cost of a solar photovoltaic or solar thermal system and to figure out if a solar energy system makes sense for you.

Six Easy Steps To Estimate Cost of a Solar Power System

Solar power energy systems are not inexpensive. That said it’s important to compare them within context of other types of home improvement projects. Home buyers and realtors view a solar photovoltaic or solar hot water heating system as a significant value-added improvement – similar to adding a deck or remodeling your kitchen. Plus unlike a deck or kitchen remodel, you also gain one-up on your power bills.

Solar power systems often get an additional financial boost as well: many jurisdictions and utilities across the USA offer attractive financial incentives to drive down the upfront capital costs associated with a solar power system.

Here are some foolproof ways to estimate the cost of a solar photovoltaic or solar thermal system and to figure out if a solar energy system makes sense for you. Let’s start with a home photovoltaic (PV) system. Step 1: Estimate your home’s electricity needs

To get started, it’s good to have a sense of how much electricity you use. You’ll have a better point for comparison if you find out how many kilowatt hours (kWh) you use per day, per month, per year. Your utility bill should include that information.

Of course, the utility bill will also display your costs and many utilities include a graph that displays how your monthly energy use/cost varies throughout the year. That helps you estimate where your highest energy use is and at what time of year. New Home Construction

If you are constructing a new home, then you’ll need to estimate your demand based on the type of equipment you plan to install and your home’s square footage. The pross call this “your load”.

To figure out your anticipated load, create a table to record the watt use for each appliance. Each appliance – be it a water heater, electric light, computer, or refrigerator – should have a nameplate that lists its power rating in watts. Or you can get the information from the manufacturer’s website.

Some labels list amperage and voltage only; to obtain watts multiply the two together (amperage x voltage = watts). In another column, record the number of hours each appliance is expected to operate. Then multiple the watts and hours together to estimate watt-hours used per day. Since it’s hard to anticipate all electric loads (it may get tedious scouting out every toothbrush and mobile phone cell charger), you might want to add a multiplier of 1.5 to be safe. Step 2: Anticipate the future

In 2005, average residential electricity rates across the USA ranged from about 6 to nearly 16 cents per kilowatt hour depending on where you lived. Average retail and commercial electricity rates have increased roughly 30% since 1999 and the upward trend will likely continue especially as costs for the coal and hydropower used to generate that electricity rise as well. So think about your home electricity needs and present and future cost in relation to one another.Step 3: How much sun do you get?

The Florida Solar Energy Center has conducted a study to examine how a 2-kW photovoltaic system would perform if installed on a highly energy efficient home across the continental USA (http://www.fsec.ucf.edu/en/publications/html/FSEC-PF-380-04/).

The study accounted for all factors that impact a PV system’s performance such as the temperature effect on the photovoltaic cells, the amount of sun peak hours in various regions, and the efficiency of inverter to convert solar derived energy from DC to AC.

As the study implies, solar photovoltaic systems work just about anywhere in the US. Even in the Northeast or in “rainy Seattle”, a pv system can pencil out if designed and installed properly. In New York or New Jersey, a one kilowatt system should produce about 1270 kilowatt hours of electricity per year, in Seattle, a one kilowatt system should produce about 1200 kilowatt hours per year. In the Southwest, of course, those ratios will be much greater.

Solar contractors in your area can help determine the best size for your solar photovoltaic system. Step 4: Size your system

In general, solar photovoltaic systems sized between 1 to 5 kilowatts are usually sufficient to meet the electricity needs of most homes. One advantage of grid-tied systems is that you can use solar PV to supplement or offset some of your electricity needs; therefore you can size your system to match your budget and always add to the system later if needed.

Also as a side note, here’s a rule of thumb to remember to help you estimate the physical space your PV system might need: one square foot yields 10 watts. So in bright sunlight, a square foot of a conventional photovoltaic panel will produce 10 watts of power. A 1000 watt system, for example, may need 100 – 200 square feet of area, depending on the type of PV module used. Step 5: Know your rebates

Many states and local jurisdictions offer rebates, tax credits and other types of incentives to homeowners for installing residential photovoltaic and solar domestic water systems. To view a comprehensive database of the incentives available for renewable energy visit http://www.dsireusa.org.

At the Federal Level, you can take advantage of a 30% tax credit (of up to $2,000) for the purchase of a residential solar system at least until December 31, 2008. Step 6: Run the numbers

Although the cost for a solar PV system will depend on the size of the system you intend to install, your electricity rate, the amount of kilowatt hours you expect to generate, and the state/local rebates/tax credits that may be available, the formulas for calculating the returns are pretty much the same.

For those who appreciate having the formulas, use the ones listed below to do a quick ballpark estimate of how much a solar photovoltaic system might cost you.

Retail Price for Solar Photovoltaic System

+ Building Permits

- $2,000 Federal Tax Credit

- State or Local Tax Credit or Rebate

- Utility Rebate or Other Incentive

= Net Investment

Kilowatts of electricity generated from PV per year

x Kilowatt hours used per year

= Annual Kilowatt energy from the PV system

Annual Kilowatt energy from the PV system

x Current Residential Electricity Rate

= Annual $$ Saved

Yearly Excess PV Energy Produced

x $$ credit applied per watt

= Annual Value from Net Metering

Of course, a more accurate assessment can be made by a pro. Work with a solar power contractor to size and price the right system for you. As is true with any major purchase, don’t hesitate to ask for several bids from different contractors.

Many solar power providers will provide you with a comprehensive estimate. Helpful information to know includes:

- Total cost to make the system operational (labor cost for design and installation and equipment costs)

- Equipment (Make and Model)

- Warranty info

- Permit costs, if needed

- Tax, where applicable

- Federal tax credits

- State or local jurisdiction tax credits or rebates

- Utility rebates

- Expected Renewable Energy Certificates or Net metering credits

- Expected operation and maintenance costs

- Projected savings Solar Thermal (also called Solar Hot Water)

Solar thermal systems capture the sun’s energy to heat water and are one of the most cost-effective renewable energy systems. They are used to heat hot water tanks and/or a heating system. A solar pool heating system is another type of solar thermal system designed specifically to heat a pool or hot tub.

Generally it’s worth investigating the economic viability of installing a solar hot water system if you have an electric water heater with utility rates of at least 5 cents per kilowatt hour and have tax credits or rebates available. (It may even be worth changing out a gas-powered water heater if your costs are at least $8/million BTU).

The formulas for costing out a solar water heater system are similar to estimating the cost for installing solar PV system. Many solar energy professionals can help you determine what system might work best for you. Heating Your Swimming Pool with Solar Power

Although few jurisdictions provide financial incentives for using solar energy to heat a swimming pool or hot tub, in general, using solar power to heat your pool is a “no-brainer” from a return on investment standpoint.

The electricity used to heat a pool during the swimming season often amounts to the same amount of energy that homes-without-pools consume over a year. Combining a solar thermal system to generate heat for the pool with a solar thermal pool cover to retain the heat generated can further maximize efficiencies and extend your swimming season.

Most installers recommend that a solar collector used to heat a pool is sized at roughly half the square footage of your pool surface area. Solar thermal panels typically last 10 – 20 years and come with a 10-year warranty.

How long it takes to break even on the cost of your solar power pool system depends on where you live. In California or other parts of the Southwest, you’ll break even in 1 to 3 years but places as “far north” as Canada, a solar pool heating system pencils out over a slightly longer period of time.

These days we are experiencing a growing awareness to the fact that our energy resources, as they have been used in the last few years, are probably not going to last for long and that the energy markets are exposed to more and more rapid changes, some due to political reasons and others because of the changing climate of the planet.
Solar energy is a renewable free source of energy which is sustainable as it is not inexhaustible, unlike fossil fuels which are finite. It is also a non-polluting source of energy and it does not emit any greenhouse gases when producing electricity. The solar electricity that is produced can supplement your entire or partial energy consumption. Using solar energy means reducing your energy bills and saving money. Also having solar PV panels adds value to your home, they are low maintenance and unobtrusive. Germany is the global leader for solar-generated electricity.
Why choose solar energy?
Australia is the luckiest country in the world. Our geography gives us the opportunity to use the most natural, sustainable and clean energy in our homes – the energy from the sun.
Solar thermal applications are the most widely used category of solar energy technology. These technologies use heat from the sun for water and space heating, ventilation, and many other applications.Solar energy is not a new concept, it has been properly introduced to the global public many years ago and successfully implemented in different parts of the world in different ways, so we can say that solar energy is known to most people, but it is still not as popular as it should be, as a cheap replacement for other sources of energy. The energy of the sun, from its direct sun rays that are projected directly at the earth or by giant wind turbines are free fro us to use, to manipulate for our needs, and this can be done by almost anyone in any place, it just needs to technology and the know-how.

Cut Your Energy Bills by 50%!  

- Build Your Very Own Solar Panel System.

Why pay thousands of dollars for solar energy ($27,000 is the average cost) when You Can Build Your Own Solar Panel System for just a Fraction of the retail cost???

Here is a Step-by-Step Guide that will show you EXACTLY how to Build Your  Own Solar Power System

Almost anyone can do this, even if you have no solar experience!  You can build a single solar panel, or you can build an entire array of panels to power your whole house….

Our Step-by-Step Photos Show You Exactly What To Do. These sensational resources are available for download from the internet RIGHT NOW.

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This is another super high quality solar system featuring a ground mounted solar system made of post and beam construction just like a house would be made but better! The solar panels are 230 watts and each panel is monitored with a enphase 210 watt inverter. The system is making loads of power and especially more power , sometimes 100% more power on a cloudy day compared to a large inverter system! We make the highest quality systems which generate the most power so the choice should be …