The proper site to install a residential wind turbine depends on many different factors. For example, the ground and air space required by a residential wind turbine depends on the size of the turbine and the height and type of the tower. You must also ensure that the area in question is sufficiently windy to power the turbine. Additionally, some communities may not allow wind turbines within city limits, or may have certain residents who oppose their installation. Make sure you do plenty of research and planning ahead of time to ensure that you have foreseen every possible mishap and pitfall. The last thing you want is to invest a significant amount of time and money in setting up a wind turbine only to find out later that the site you chose will not work.

The amount of electricity you hope to generate from your wind turbine is a major factor in its vertical space requirements. The greater the amount of kilowatts desired, the longer the required length of the rotor blades and therefore the taller the tower. The turbine’s manufacturer can generally assist you in determining your power and size requirements. Unfortunately, towers must never be installed on building roofs or attached to homes or other structures; the vibration of the rotating turbine may eventually cause damage to roofs and buildings. Additionally, the turbulence created at roof top level generally creates stress for the turbine.

Individuals planning on installing residential wind turbines must choose a location where the top of the tower and rotor blades have clear access to consistent and unobstructed air flow. Try to install the device away from trees. Even short shrubs that cause no interference initially can eventually grow to the point that they block the wind. Manufacturers generally suggest installing the device on an elevated area of ground without nearby buildings or trees. The higher the elevation above ground level, the faster the wind speed.

Installing the turbine in the direction of prevailing winds also ensures optimization and increased efficiency. This means facing the turbine in the direction of typical air current paths. For example, where winds frequently blow from west to east, individuals typically face the turbine toward the west. Of course, most turbine heads come equipped with wind vanes that rotate the entire turbine head into the direction of the prevailing wind.

The type of wind turbine homeowners require may make a difference in where installation is possible. Towers constructed of latticed pipes, similar to communication towers, require more ground space. The radius of the guy lines used to stabilize this type of tower generally expands the same distance away from the tower as one-half to three-fourths of the tower height. The bottom of the rotor blades should also have approximately 30 feet, or about 9 meters, of clearance between the tip of the blade and any obstructions below.

Finally, homeowners should familiarize themselves with local zoning regulations or stipulations before installing a do-it-yourself wind turbine. Community regulations may inhibit wind turbine towers in residential areas, may restrict height, or may simply require that individuals acquire special permits. Potential wind turbine owners should also consider the opinions of neighbors before installing the device. Wind turbine towers might obstruct views or produce undesirable noise. Though the noise level created by turbines generally ranges between 50 and 55 decibels, the constant whirring sound may prove irritating to neighbors at close range.

Diesel from oil consists of a combination of paraffin and cyclo-paraffin hydrocarbons. The combustion of this oil and air in normal engines creates residual smoke particles of varying dimensions. It also typically contains a high content of sulphur and produces chemicals that are known to exist in acid rain as they form sulfuric acid.

Biodiesel is actually a type of diesel fuel that is made out of chemically-reacting lipids such as vegetable oil and/or animal fat. It is usually made by combining the oil and fat with some type of alcohol. The product is designed to be used as a fuel in standard types of diesel engines. This makes it different from waste and vegetable oils that are utilized in converted diesel engines. You can use biodiesel on its own, as well as a blend with petro diesel.

Biodiesel is a golden or dark brown liquid form that is immiscible with water. It has a high boiling point and low vapour pressure. The flash point of biodiesel is quite a bit higher than petroleum diesel and gasoline. The fuel has almost no sulphur in it and is often added to Ultra-Low Sulfur Diesel (ULSD) fuel.

In most countries, a B factor is used to indicate how much biodiesel there is in a fuel mix. For example, a fuel that has 25 per cent biodiesel in it is known as B25. Pure biodiesel is named B100. Blends that mix 20 per cent biodiesel along with 80 per cent petroleum diesel can typically be utilized in unmodified types of diesel engines. You can also use pure biodiesel, but this may lead to some engine modifications in order to prevent performance and maintenance issues. Pure and blended biodiesel may be utilized with petroleum diesel at any rate of blend in the majority of injection pump diesel engines. However, some high pressure rail engines possess strict limits on the levels. Biodiesel differs from petro diesel as it possesses different solvent properties, and it will erode the natural rubber hoses and gaskets in most vehicles produced before 1992.

Biodiesel has also been reported to break down residue deposits in any fuel lines in which petro diesel have been used. This may lead to clogged fuel filters if a quick switch to 100 per cent biodiesel is made. If you switch to biodiesel, it is suggested to switch fuel filters on heaters and engines soon after changing to a biodiesel mixture.

One of the most popular features of biodiesel is the fact it can cut down on the direct tailpipe-emission of particulates on some vehicles when compared to fossil-sourced diesel. Biodiesel possesses a higher cetane rating than petro diesel. This can lead to improved performance and cleaner emissions compared to crude petro diesel.

When you generate more power than you use, a net meter will allow you to sell that excess power you have produced back to the utility. What follows is an explanation of net metering and how you can benefit from it. So what exactly is net metering?

In the context of how the typical household uses electricity, the AC current flows from the power plant, along the electrical grid and to the final point of use – your home.  The electric meter mounted on your home measures this flow of electricity into your home and, at the end of each month, you receive a bill from your electric provider for each kilowatt-hour used. In this type of setup, the flow of electricity is uni-directional, meaning it only flows from the grid to your home.

In a net-metering arrangement, the flow of electricity is bi-directional. The DC current which is generated by your solar panels flows into an inverter, where it’s converted into usable AC current. Any of the AC power that you do not use then flows back into the grid, at which time the meter will spin backward. This electricity which flows back into the grid is sometimes referred to as net excess generation, or NEG. Many states require utilities to purchase any NEG from you, usually at the going retail rate for electricity. In this way, solar panels derive value by enabling you to offset your monthly utility charges.

Net metering is a low-cost, easily administered method of encouraging customer investment in renewable energy technologies. It increases the value of the electricity produced by renewable generation and allows customers to “bank” their energy and use it a different time than it is produced, giving customers more flexibility and allowing them to maximize the value of their production. Providers may also benefit from net metering because when customers are producing electricity during peak periods, the system load factor is improved.

As of November, 2010, net metering was offered in 43 states, Washington, D.C., and Puerto Rico (see map of state net metering rules from DSIRE). For a more detailed description of state net metering policies and links to the authorizing legislation, see the DSIRE database, which is a project of the Interstate Renewable Energy Council funded by the U.S. DOE and managed by the North Carolina Solar Center.

To get started, contact your electric provider to see if they offer net metering. A number of state governments have taken steps to require investor owned utilities (IOUs) to provide net metering to their customers. For those living in Canada, here is a handy little guide we found that shows where net metering is available.

With fuel prices soaring, the need to invest in green technology solutions to our energy needs is greater than ever. Solar power has traditionally been an expensive option, but during the last twenty years the price of solar panels has fallen dramatically, putting them within the budget of many home owners. This article discusses the costs and benefits of installing solar panels on the roof of your property and tackles the question of whether it is worth it.

Solar panels use the photovoltaic effect to turn sunlight into electricity. Packets of light, known as photons, collide with silicon atoms in the solar panel to knock out electrons, which then flow as electrical current. Unlike methods of electricity generation that involve burning fossil fuels such as coal or oil, the photovoltaic effect does not release any harmful or polluting gases into the atmosphere.

The environmental benefits of solar power, particularly in terms of reducing carbon dioxide emissions, have led many governments to introduce schemes to reward those who install solar panels in their homes. Many countries, including the UK, Australia and South Africa, as well as several US states, offer a “feed-in tariff” for domestic solar energy producers. In simple terms, this is a scheme in which solar panel owners can sell electricity that they produce but do not use back to the grid, often for a high price. According to the Energy Saving Trust, the price per unit that UK home owners receive for their excess solar energy can be as much as 4 times the typical price of electricity purchased from the energy companies.

The feed-in tariff is applied automatically once the solar panel has been wired into the house’s electricity supply and the energy supplier has been notified. In order to qualify for a feed-in tariff, the solar panel must be supplied and installed by an approved company. Anyone who is considering generating solar energy should check with the relevant government body to make sure that their installation meets all of the requirements.

When domestic solar panels first came onto the market in the 1970s, only the super-rich could afford them. However, improvements in the efficiency of solar technology and developments in the manufacturing process have caused prices to plummet. In 2010, the cost of setting up a solar energy generation system in a typical home was around $30,000. In some areas there are subsidies available that will cover part of the cost. Although the upfront cost of solar panels is still a significant amount of money, it is offset by the financial benefits that solar power can offer.

It usually takes between five and ten years for a solar panel system to pay for itself, depending on the price of the panels and the installation, the energy use of the household and the level of the feed-in tariff. Solar panels are durable and usually continue working at full capacity for decades, potentially making a large profit for their owners in the long term.

Although solar panels are a good long-term investment, the upfront cost of installation is a barrier for many people. So, how can home owners finance solar panel installation? Using savings to pay for the panels upfront is generally the cheapest option, but there are also several financing options that are worth considering if you cannot afford to pay outright.

How to Finance a Home or Business Solar Power System.

There are also various other incentives such as federal tax credits as well as other state incentives that drastically reduce the overall cost of your solar or wind powered renewable energy system.

Renewable Energy Tax Credits & Incentives

In conclusion, DIY solar power and wind power IS in fact a very worthwhile investment. If you are considering renewable energy for your home or place of business then now is the time to get on board and take advantage of the various incentives that are offered.  It is a good feeling knowing that you are using the free energy from the sun and wind to provide your power needs for many years to come.

Remember, you can always start out small, and add to your system over time. An investment now will pay big dividends in the long run.

America is a commuter society. Each and every day millions of Americans hop into cars, trucks, and sports utility vehicles and begin their daily commute. We begin and end our work days amidst the traffic jams, exhaust fumes, screeching brakes, and blaring horns that define the great American commute. Take a moment to stop and take it all in on your ride to work tomorrow. Consider that each and every time we drive we contribute to problem of air pollution. We contribute to the problem of increasing rates of asthma in children. And we contribute to the problem of global warming.

Then, think about the skyrocketing price of fuel. Is it worth it? Not when there is a better way. And there is a better way: biodiesel.

Diesel engines have always provided consumers with an efficient alternative to the standard gasoline engine. According to the National Biodiesel Board, “Diesel engines are about 30 percent more efficient than gasoline engines.”

But biodiesel takes the benefits of diesel technology to a whole new level. “Biodiesel is safe, biodegradable, and reduces serious air pollutants such as particulates, carbon monoxide, hydrocarbons, and air toxics,” according to the to the U.S. Department of Energy’s Alternative Fuels Data Center. Drivers can reduce their contribution to global warming by choosing biodiesel, as vehicles that run on biodiesel produce significantly less carbon based emissions than vehicles that run on standard diesel.

Many people believe that they would have to invest in costly modifications to their vehicle’s engine in order to convert to biodiesel. For certain types of diesel engines modifications may have to be made if the vehicles owner wants to use pure biodiesel. In its purest form biodiesel can act as a solvent, corroding engine components like tubing and gaskets – especially in older model diesel engines. Pure biodiesel can break down substances that have built up within an engine, thereby clogging filters and other parts. Luckily, it is possible to replace susceptible engine components with biodiesel friendly alternatives.

But biodiesel is also a diverse fuel that is available in blended forms that can be used in unmodified diesel engines. Those who wish to convert to biodiesel without making any modifications to their diesel engine can use B20, a fuel blend that contains 20 percent biodiesel and 80 percent traditional diesel. This option may be the best bet for newcomers to the world of biodiesel. A vehicle fueled by B20 is still a vast improvement in terms of environmental impact.
Availability is another concern cited by consumers who may be reluctant to make the switch to biodiesel. Amazingly, sales of biodiesel in the U.S. increased from 500,000 gallons in 1999 to 250 million gallons in 2006. Biodiesel blends are now found at most fuel stations.

The best news is, anyone can easily make their own biodiesel fuel right at home. Biodiesel can be derived from a number of eco-friendly sources. For example, used oil and grease discarded by restaurants can easily be processed into biodiesel.  Whats more, biodiesel produced by an individual costs substantially less than diesel purchased at a fuel station, typically for around .80 to .85 cents per gallon.   Anyone who invests in the necessary equipment to produce their own Biodiesel, can see a return on investment in as little as three months!

In terms of fuel quality, Biodiesel also has a much higher lubricity than standard diesel fuel. This translates into a smoother running engine, cleaner fuel injection components and a longer engine life. And with a cetane rating that is substantially higher than most diesel purchased elsewhere, Biodiesel leaves minimal carbon deposits in your engine.

Shop Alternative Energy Products

Grid-tied is also referred to as grid interactive or utility interconnected. What this means basically is that if your utility allows it, your system would be connected through your meter to the electric grid. Most electricity meters accurately record in both directions, allowing a no-cost method of effectively banking excess electricity production for future credit. In the U.S.A., as part of the Energy Policy Act of 2005, all public electric utilities are now required to make available upon request net metering to their customers.

If you are producing more power than you are using, the electric meter will spin backwards which means you are producing excess electricity which is then being fed back into the grid. There are two basic types of grid tied solar systems, grid tied and grid tied with battery backup.

A grid-tied system is made up of solar panels, a grid tie inverter, and other electrical components. This is the least expensive and most logical choice if you live in an area which is serviced by the utilities. Since the power is not stored in batteries, as in an off grid solar system, there are no batteries to replace. However, this type of system provides no back-up power in case of power failure.

Grid-tied with battery backup is a type of solar system which is roughly the same as the grid tied system with a couple of additions. Along with the inverter and solar panels you would need 12 volt deep cycle batteries and a solar charge controller. With the addition of the batteries comes more expense and maintenance. A solar charge controller is used to maintain the proper charge to the batteries so that overcharging will not occur. Although this system is more expensive than a grid-tied solar system, it will provide you with at least some power in the event of a power failure.

Off-grid solar systems are completely independent of the utility grid. An off grid solar system is most often used in areas where electricity is not readily available. It is basically the same configuration as the grid tied solar system but a different type of inverter is used. In an off-grid system you would not use a grid-tie inverter but an off grid inverter. These inverters are designed for a specific purpose so it is very important that you get the right one. An off grid solar system will consist of the solar panels, off grid inverter, batteries and electrical components.

It is important to note that solar energy prices have been declining over the past few years. This is good news to those who have always wanted a solar system for their home or place of business but could not justify the cost. To sweeten the deal and encourage the use of renewable energy, there are also energy credits, federal incentives as well as state and local incentives that make solar not just affordable, but a bargain as utility costs continue to rise.

Solar powered lighting is one of the most powerful ways to light up your landscape while also avoiding the hassles common to other lighting projects.  When you choose solar lighting, you avoid common hassles such as hiding wires, installing outdoor electrical outlets and moving lights from place to place.

Solar lights are remarkably easy to move from place to place, making them a great choice for lighting the outdoor landscape.  It can take quite some time to find the perfect location for exterior lighting, but solar lights are easy to move.  The stake type solar lighting can be moved from place to place simply by pulling up the stake and moving it to a new location in the garden.

One of the most important considerations when it comes to solar lighting location, of course, is to place the lights in a location where they will get plenty of sunlight during the day. It will of course be this sunlight that is stored for release after the sun has gone down.  The more sunlight you can provide for the lights during the day, the more successful your outdoor lighting project can be.

When choosing solar lights for your outdoor landscape, it is important to apply the same criteria you would apply when choosing any other forms of lighting.  The lighting you choose should be attractive, stylish, practical and of sufficient wattage to perform well for your needs.  Most solar lighting is not as powerful as electric lighting, but these stylish and attractive lights make a great choice for gardens, walkways, entrance doors and other areas of the home exterior.  When it comes to lighting up the landscape, it is generally best to use a variety of low powered lights, in order to accent, and not overwhelm, the landscape.  Solar lights are perfect for this purpose, making them a great and cost effective choice, especially in these days of rising energy costs.

Here is where most people would like a cut-and-dried answer. However, it’s a bit like buying a house, the price varies depending on the size of the system and the type. To use the house analogy –a  2 bedroom houses usually costs less than a 4 bedroom house. However, if you’ve got a larger family, the 4 bedroom house investment might be worth it. The cost of solar panels has been falling every year so the usual method for evaluating the cost is in $ per watt. To explain – electricity output is measured in watts. If you leave a 100 watt light bulb on for 10 hours, then that’s one kW, or 1000 watts. Solar panel systems are measured in the same way. So if you buy a 1kW system, that should be able to power ten 100 watt light bulbs for an hour – as least long as the sun is shining.  Make sense?

Solar panel systems come in different sizes. These sizes describe how much energy they make per hour, in optimal conditions. The common sizes are 1kW, 1.5kW, 2kW, 3kW, etc. A 1kW system puts out 1kW an hour in prime conditions.

A 2kW system would put out 2kW an hour. There are slight power losses caused by other parts of the system. This means that a 1kW system will actually supply your house with approximately 0.8kW per hour in sunny weather. Over the past few years the installed cost per watt has been dropping and as of right now is generally around $7-8 a watt. So a 1kW system (1000 watts) costs about $7-8000. Of course, you may get a very good deal, or your state may pay some of the cost. However the important thing is to treat solar panels like a long term investment. Once you know what size system you want to buy, you can calculate how much this will save you in electricity bills, and how much value it will add to your house.

Q. 2: What are the Different Types of Solar Panels?

1. Single Crystalline (also called mono crystalline)

Widely considered to be the Cadillac of the solar panels, this is the oldest technology and is also the most expensive to manufacture. They have the highest efficiency.

These types of solar panels typically get around 12-17% efficiency. These panels are made from single silicon crystals in the form of individual wafers. The solar panel is made up of a matrix of these square shaped wafers laid flat like tiles on a floor. Generally considered to be the most proven and trusted technology. They have a very slow degradation – typically losing 0.25 – 0.5% per year.

2. Poly Crystalline (also called multi crystalline)

Like mono-crystalline these solar panels are sliced from long cylinders of silicon, except that the silicon used is multi-crystalline which is easier to manufacture. You can clearly see these crystals which are about 10cm in diameter. They are similar to single-crystalline in performance and degradation, except they are slightly less efficient, typically around 11-14%.

3. String Ribbon

String ribbon is a fairly new technique that uses less energy to make than the 2 discussed above. The process involves dragging a pair of metal strings through a thin film of molten silicon. This then creates a ribbon of silicon that does not need to be processed any further.

Efficiency is somewhere around 12-13%, and degradation performance is similar to the poly and mono-crystalline panels.  This lower efficiency also means the panel will be approx 30% larger.

4. Thin Film or Amorphous

This type of production technique applies the silicon onto a base as a thin film.  Even though this process was invented some years ago, the modern variations of this manufacturing process are considered new technology.

The production process is more efficient energy wise than any of the other types of solar panels, so they consume less energy during the manufacturing process than mono or poly crystalline panels for the same rated power. However, these types of panels are only about 6-8% efficient so they need to be at least twice the size, and are also much heavier. So you need the right type of roof to support them.

Q. 3: What are the Different Types of Solar Panel Systems?

Most installations are either a grid tied or an off grid system. Each type is good for a different situation. For example, if you live in an area where you can easily connect to the electricity grid, a grid-tied would be a good option. Grid tied systems allow you to sell your excess solar power back to the grid. They also cost less, because you don’t need batteries which need to be replaced every so often.

With a GRID TIED system, you produce solar power while the sun is shining. This usually happens in the middle of the day, when most people are away from home. So this is when some of the energy will probably go back into the grid, making you a profit.  However, if you don’t have a battery backup to store the energy generated,  you will only be able to get power from the system during the day.

OFF GRID solar panel systems are a good choice for people who have a weekend cabin or a home far away from the electric grid.  Off grid solar power requires batteries to store energy produced by the solar panels. This to supply power during the night and on rainy days. Often off-grid power systems require a back-up power source. Sometimes this is only used once a year to recharge the batteries, depending on the climate. If you live somewhere where it rains for many days in a row, then you may require a backup system.

Learn more about the difference between grid tied and off grid.

Q. 4: How does Solar Work?

We’re going to focus on the two main types for residential homes. There are quite a few other types of solar panels, including solar thermal and dye-sensitive solar. These are used more commonly for big applications like power plants. New technologies are being developed all the time, and may be available for residential use in the future.

SOLAR HOT WATER works by heating a fluid. It directly heats your water by circulating it through an array of solar tubes on your roof.  Some systems also circulate another fluid, and indirectly heat your water with this fluid.

PHOTOVOLTAIC panels work by a reaction between silicon and photons (the suns energy.) Silicon is spliced with minute impurities – usually boron. When sunlight strikes the silicon compound, a reaction is set up. This reaction causes a flow of electrons. This flow of electrons (also known as electricity) then goes through the process to supply you with electricity.

Q. 5:  How do I Install Solar Power?

Most states require a building permit to install solar panels. This is especially true for photovoltaic panels, where electrical work is required. However, quite a few states offer free or expedited permits for solar energy systems. For most systems, the solar panels account for about half the cost of the system. The rest is made up by the components which usually include an inverter, a charge controller and net metering.

Q. 6:  What Kind of State and Government Help is Available?

There are federal tax credits that are available for all of the USA.  As well, all states have their own tax incentives and rebate programs. Some states offer a tax credit, other give straight cash, some give interest free loans, and some offer a combination of all these. There are also rebates and cash incentives offered by power companies and counties. Some power companies also offer to buy the solar electricity you produce from you at a higher rate.  Another way you can profit from your solar power is REC’s (Renewable Energy Credits). These are credits created by the government to encourage the use of renewable energy. Whenever you produce solar energy, you are also creating REC’s that you own. And some corporations and power companies are more than happy to buy these from you. So there are many ways to make the most of the solar energy you produce. There is an extensive list of government incentives at DSIREUSA.

Q. 7: How Long do Solar Panels last?

Solar photovoltaics were originally discovered in 1839 – so they’re not exactly untried technology.   They have no moving parts and most panels work well for 20-30 years. The best practice is to buy panels that are warrantied for 20-25 years, and most do supply this type of warranty. The other electrical parts of the system – inverter etc., can also usually be warrantied for 5-10 years.

Q. 8: How Long is the Solar Panel Payback Time?

Let’s use the analogy of a house again. Most people buy a house to live in. They pay it off themselves over the years, while it increases in value. However, some people buy a home as an investment. These people buy the house and then rent it out. Over the years, they collect rent and use it to pay off the price of the house. By the time the house is paid off, they own the house, so the rent they collect is now pure profit. So how does this apply to solar energy? Well, a solar panel system is really an investment. You buy a solar panel system, and each year it saves you some money off your power bill. You could use this money to pay for the cost of the solar panel. Once the solar panel system is paid off by the money it’s saved you, you own it outright and all the savings are pure profit. The solar panel system also increases the value of your home.

Increased demand for renewable energy sources and government incentives backing green energy has led to increased business for many solar power installers. What was once an expensive home or business upgrade, can now save you money every month. With the many financing options available, such as low interest loans, rebates, and tax breaks, the monthly payment on a loan to install solar power will often be lower than your current monthly utility bill.

Bank Loans

A traditional bank loan is a viable and easy option for financing your new home solar power system. If you have enough equity in your home, you may qualify to take out a home equity line of credit or a second mortgage. Typically, banks do not require that the loan money be spent on any particular purchase making you free to use the loan on installing solar panels. You can also ask if your bank has loan programs specifically for green energy upgrades. Such loans will become more common as green energy for homes become more common.

Solar Panel Installer Loans

When getting an initial estimate for the cost of solar panels for your home, ask the installer if their company offers loans. Some solar power installation companies do finance the cost of the installation for their clients. The interest rates from the installing company may not be the most competitive however.

Utility Company

Check the website of your utility company. Most do have green energy loan programs, especially for solar energy for both home and businesses. The company may also offer rebates that would cover a portion of the installation cost that you do not have to repay.

USDA Rural Development Loans and Grants

The USDA, though its Rural Development department, offers several loans and grants for rural businesses to develop and install green energy. For example, the Rural Energy for America Program Guaranteed Loan helps rural commercial property owners finance green energy projects such as solar power. To find out more and apply for the loan speak with your lender or contact your local USDA Rural Development office. 

State Grants and Tax Incentives

The Database of State Incentives for Renewables & Efficiency (DSIREUSA.org) website maintains a searchable database of all current government and utility programs to help with financing energy efficient projects. By clicking on your state, you’ll be given a detailed list of all the state grants, tax credits and deductions, state loan options, state rebate programs, and utility based programs in your state for green energy improvements.

Federal Tax Incentives

Until December 31, 2016, the installation of most green energy systems, including a solar power system, can qualify you for a 30 percent federal tax credit. This can be a significant savings on your taxes owed. Speak with your tax advisor to find out if you would qualify for this tax credit.

In some regions, such as the southwest, you can rely solely on your solar power system for all of your electricity. The key to making it affordable is to combine low interest loans, local rebates, and government tax incentives. You can also ask your installer for more information. To help drive business, solar power installers are usually very familiar with all the financing options available to you.

References

Energy.gov: Consumer Energy Tax Incentives

USDA Rural Development: Rural Energy for America Program Guaranteed Loan Program (REAP LOAN)

Database of State Incentives for Renewables and Efficiency

Why would I want to build a wind turbine?

Wind is a naturally occurring resource that is available to us free of charge every single minute of the day. The advantages of using wind and wind turbines are all about energy savings and concern for our pollution levels.

If you have a wind turbine in an optimized location, and are willing to take some basic steps to reduce your energy usage, then this can be a reality for you through wind turbines.  If you decide to implement a larger scale project the savings to your energy bill can be quite dramatic, and in some cases profitable.

Since wind is an energy source that is natural and freely found on Earth, the power that is generated is completely pollution free. You can feel good knowing that you are doing your part to make our Earth a better place.

How Much Does it Cost?

Before a lot of the DIY technology became available anyone who wanted to implement this energy solution for their home or business would be looking at a fairly substantial investment. This was generally not within the budget of many people.

If you would like to experiment with a small kit there is a company that offers a complete Do it Yourself 50w Wind Turbine Kit that provides you will all the instructions and materials to build your own wind turbine.  Building your own wind powered generator is actually a very easy, inexpensive project for most DIY capable individuals. The steps are quite clear and easy to understand. It makes a great school project as well.

If you live in an area that gets a fair amount of wind, then be sure to consider wind turbines. This abundant natural energy source is sure to save you money, and provide you with a steady and reliable energy source.