So why would you want to make a solar powered pump birdbath?

The Advantages Are:

a: The moving water in the fountain stop its from going stagnant

b: The pump does not have to plugged into your power supply

c: No inverter is needed since the pump operates on direct current.

d: The pump uses minute power (only 6volts) so very few solar panels are needed

e: No batteries are required, since the pump only really needs to operate during the day when the sun is out and the birds are in the garden.

f: You could learn to make your own solar panels, reducing the cost even further.

g: The birdbath is wireless making it very portable.

What parts and materials are needed to build a solar powered pump birdbath?

The simplest option would be for you to add solar panels to an already working birdbath and fountain.

The cheaper, more labor intensive approach would be to get a birdbath with the right holes drilled for the fountain to be installed. And then add on the pump, fountain attachment, irrigation and power supply.

If you decide to make your own fountain, you will need:

The Birdbath:

Here you have a choice of cascading fountains, copper fountains, terracotta birdbaths, resin fountains, or the conventional ceramic birdbath. Just make sure a pump system can be installed on the birdbath.

The Fountain Spout:

Depending on whether you want the water to trickle or spout out the top, you can get the right attachment from most hardware stores or garden centers.

Small DC Pump:

The next part is buying the small dc pump. A typical 6 volt pump should be adequate, but you may need to go bigger, if the birdbath or water feature is larger than normal.

Thin, Flexible PVC Pipe:

This is what the water will flow through. It is best to ask your nursery about the various irrigation options. Otherwise, get ideas from finished pump powered fountains. As a rule of thumb, the PVC piping needs to be narrow to maintain enough water pressure.

Silicon Sealant:

This is used to seal all joins where the water could escape from, and also to insulate any bare wire from getting wet where it has been joined.

The Solar Panels:

This is what sets this off-grid system apart from conventionally powered birdbath fountains. The pump will help determine how many solar panels you need. For a 6 volt DC pump, you will need at least a 6 volt solar panel, but rater double up on the solar panels for times when the sun is weak.

NB: For the solar panels, there are two options:

1 : Buy a small commercially available solar panel from any outlet, such as Wallmart.

2 : Make it yourself. With the right guide it is rather easy and much cheaper to make your own solar panel in a matter of hours. If this is something you would love to try do, then keep reading…

For the solar panel to operate effectively it needs to be fitted in a frame and angled in the direction of the sun. Placing it under a tree will not help.

How simple is it to build?

If you have all the tools and materials and any diy experience, you could have a working solar powered pump birdbath within in a matter of hours – that’s if all goes to plan…

A good idea would to add some batteries to the birdbath, so that the excess solar power can be stored and to power the pump at night. For a 24 hour fountain, you will need:

1) The right battery:

Because the pump is only 6 volts, a 12 volt battery is more than enough. It should be a deep cycle battery (car battery) that can store the power for a longer time.

Charge Controller:

This is not essential, but it prevents your battery from over-charging. So it can really extend the life of the battery. It will be wired up between the solar panels and the battery.

Over and above it being affordable to build, what I like about putting together my own solar powered pump birdbath, is that once the first one is finished, making the second or third one just gets easier. It could even be a fantastic gift for a close friend or newly wed.

If you want to make your own solar panel for the birdbath, then have a look at the Earth4Energy Sneak Peek – a FREE preview of the top-rated step-by-step solar power guide. It may also help to read the Earth4Energy Review.

The majority of homes which have a residential wind power system use power from the local utility company in addition to their wind turbines. The reason for this is that most wind turbines have a cut-in speed (usually 7 to ten mph). If the wind speed falls below this, then power must be drawn from the local grid. When the wind is moving faster than the cut-in speed, then the turbines begin supplying electricity to the home, reducing the need for electricity from the utility company. If you generate more power than you use, it can be fed back into the power grid – and your utility company will pay you for it!

In general, a wind turbine can lower a homeowner’s electric bills by around 50% and up, depending on the exact wind power system and number of turbines used. How much a smaller wind turbine will save exactly all depends on the power usage of the home and the average wind speeds in the area, among other factors.[youtube:UQWf_-OEHOw;[link:DIY Wind Power Generator];http://www.youtube.com/watch?v=UQWf_-OEHOw&feature=related]

Wind systems are very sensitive to the average wind speed in the area, so if it were a concern, a turbine owner should have at least an average wind speed of 10 miles per hour and be paying at a lesser fee for electricity.

For most residential wind power systems, the charge of taking wind measurements is not warranted to predict wind turbine performance. However, in some mountainous areas, it may be best to score wind data before securing a system. If a person lives in a place that has sufficient breeze and wind patterns, then producing extra power from a residential wind turbine and supplying electricity to the grid will be fast and easy.

A residential wind system does not interfere with television signals or electronic communications and operates quietly. They’re also fairly easy to install, provided you have a small amount of technical skill; the average do-it-yourselfer can install a wind turbine system with ease. Your electricity supplier may install a second electrical meter to track the amount of electricity which you sell back to them.

Complete, ready to install wind turbine systems are readily available, though homeowners can also choose to buy the necessary parts and install it themselves. Purchasing a ready to install system costs a bit more but comes with more comprehensive support if needed. Installing a wind turbine on one’s own requires a little more technical know-how, but also a significant savings over a ready to install system. People interested in a residential wind power system should look into the pros and cons of each option for themselves to choose which is best for their needs.

A home wind power generator can save homeowners a considerable amount of money as well as being environmentally sound. A wind turbine creates no pollutants and reduce your reliance on greenhouse gas emitting fossil fuels; it’s good for the Earth and great for your pocketbook.

See how to build a wind turbine for your house and keep money on your electric bill. Find out how to build a homemade wind generator and you can save 1000s on of purchasing one and still make lots of power.

Who in the entire world does not wish to have their energy bills reduced by 80% or more? Many of us would jump at the chance to take advantage of such a great deal. You can make your own homemade solar panels and install a system for less than $200. Earth4Energy sells a step by step guide that shows you how to do it.

The Earth4Energy guide has: quick and easy instructions, what parts to buy and where to find them, a bonus section on how to build a homemade wind generator to save more money off your energy bill, and a 60 day guarantee that if you are not saving hundreds of dollars a month off your monthly power bill you get all your money back, no questions asked.

There are videos as well for those of us who learn better by seeing.

It still seems incredible to me that anyone can follow this guide and build a homemade solar panels and wind power system and save 80% off their monthly energy bill. I think the reason we do not hear about this in mainstream media more is because of special interests blocking this kind of technology. Think about it. The big energy companies hate you for producing your own energy and the government hates you because they can not tax it.

I built my own homemade solar panel system and am saving about 40% off my monthly power bill. The reason I am saving only 40% is that I’m starting off small, with only a few panels and a very small battery bank. I plan on expanding my solar power system when I get more money.

Do not give more of your dwindling cash to the large power corporations, you need to look at Lance Jensen’s incredible free blog on making homemade solar panels and how to make a solar panel

Wind power and solar power, through the use of a battery bank, reduces your electricity bills, saves the planet, and is a superior supply of energy during power outages.

If you are thinking about making a home wind power turbine then here are a few things you should consider first.

Farmhouses and houses that are spread over an acre achieve the greatest cost savings from a wind power turbine. Less homes and buildings are present to block the flow of wind.

Take a moment to think about the amount of wind in your area. If you do not have much wind flow, then a wind power generator will save you little. Ideally, you want to live in an area that has an average wind speed of 11 miles per hour.

One of the best things about solar and wind power generation at home is that you are no longer at the mercy of power companies and their power outages that routinely effect us all. By producing your own electricity, black outs are a thing of the past. Plus there is nothing like seeing the look on your neighbors faces when they are standing outside because their power is out and they see your power on.

A typical wind power system comprises of a tower and five blades to churn out wind energy. The length of the wind tower varies depending on the location of your house. You may need a longer tower if you are in low-wind zone; you can work with a shorter tower if you live by the beach. Using a wind generator, this wind energy can be converted into useful electrical energy to be employed at home for running various electrical appliances. You can even store the power generated for later use, making wind generators more efficient than convention power systems.

If you are confused with the wind power terminology, this bit of information will help you. The terms, wind power generator, wind mills, wind turbines, and wind generators are all used to refer to the same machine.

If you are ready to take the next step in lowering your monthly power costs then you must see Lance Jensen’s awesome free blueprint for making a homemade wind generator. Go to home wind power

Most homes which use residential wind power also draw electricity from their local utility company as well. If wind speeds are below the turbine’s cut in speed (typically 7-10 mph), then the turbine will produce no power and all of the home’s energy needs will be met by the utility company. However, when wind speeds are above the turbine’s cut in speed, then the turbine generates power, lessening the amount drawn from the power grid. Any electricity produced which is above and beyond that needed for the home may be sold back to the local electricity supplier.

Small-scale wind systems for remote applications function rather differently. The wind turbine normally lessens electricity bills by half and it’s not unusual for wind turbine owners with total-electric homes to have lesser monthly utility bills. The amount of money a small wind turbine will depend upon its cost, the chunk of electricity used, the average wind speed at the site, and other factors pertaining to its usage.[youtube:UQWf_-OEHOw;[link:DIY Wind Power Generator];http://www.youtube.com/watch?v=UQWf_-OEHOw&feature=related]

Wind systems are very sensitive to the average wind speed in the area, so if it were a concern, a turbine owner should have at least an average wind speed of 10 miles per hour and be paying at a lesser fee for electricity.

For most residential wind power systems, the charge of taking wind measurements is not warranted to predict wind turbine performance. However, in some mountainous areas, it may be best to score wind data before securing a system. If a person lives in a place that has sufficient breeze and wind patterns, then producing extra power from a residential wind turbine and supplying electricity to the grid will be fast and easy.

A residential wind system does not interfere with television signals or electronic communications and operates quietly. They’re also fairly easy to install, provided you have a small amount of technical skill; the average do-it-yourselfer can install a wind turbine system with ease. Your electricity supplier may install a second electrical meter to track the amount of electricity which you sell back to them.

Most wind turbine system dealers provide either complete ready-to-install applications or the option to buy directly from a store and let a would-be turbine owner do the installation instead. While the first option offers more customer support from the company, self-installation offers considerable savings and a technical understanding of the turbine. Soon-to-be owners can discuss the choices available with manufacturers to settle on which method best suits their financial accounts and skills.

Homeowners can save a lot of money by installing a home wind power generator. These alternative energy technologies have the additional advantage of being environmentally friendly. A wind turbine doesn’t produce any pollution and greatly reduces the amount of fossil fuels needed to power your home.

Want to find out how to build a wind turbine for your backyard and save your hard earned money on your electric bill. Find out how to build a homemade wind generator and you can save 1000s on of purchasing one and still make lots of power.

The United States does not have a home solar incentive near as good as Australia. For the last 8 years, Republicans have blocked solar incentives at the request of big oil. It is sad that the United States is who invented solar panels and yet we have lost our first advantage and continue to fall further behind the world.

But I digress. This article is about new legislation in Australia that gives a big boost to the home solar industry there.

A $7,000 discount will be given to anyone who installs a 1.5 kW (9 panel) solar system thanks to the Australian passed legislation called RET (Renewable Energy Target).

The Coalition and business and green lobby groups pressured the Australian government to split the RET portion of the bill from the disputed Emissions Trading (ETS) bill. Previously they had both been one bill but as the fighting heated up over the ETS bill, it was clear that it was better to split the RET and the ETS into two separate bills and so that the RET portion of the bill could be passed.

The $7,000 home solar discount is for all grid connected structures. It can be an owner occupied home, a renter occupied home, a vacation home, or even commercial buildings. The rebate threshold in earlier home solar discount programs of a taxable income of $100,000 has been eliminated.

The home solar credits scheme is ingenious in that it assigns a value of 500% the market value of what are know as RECs or Renewable Energy Certificates.

RECs or Renewable Energy Certificates were introduced in Australia at the end of 2001. Renewable Energy Certificates are what places a measurable value on the displacement of greenhouse gases. A single Renewable Energy Certificate is the equivalent of 1 mega Watt hour of electricity produced. This, in turn, is equal to about one ton of prevented greenhouse emissions. Renewable Energy Certificates provide a financial incentive to burn less fossil fuel.

It depends on where you live and how many hours of sunshine you receive on an annual basis but there are about 33 RECs (Renewable Energy Certificates) given for a 1.5 kW solar energy install. The value of a REC is subject to market variation but they are currently trading around $37. This translates into 33 x $37 = $1,221. You now multiply this by 500%, which is the amount set in this new home solar credit, $1,221 x 500% = $6,105.

The first 1.5kW of solar panels installed get the discount. For higher output solar panel installs, the usually 1:1 rate of Renewable Energy Certificates applies. The ORER (Office Of Renewable Energy Regulator) will issue the discounts. People having solar panels installed can decide if they want to use the Renewable Energy Certificates to pay the solar power installer in order to lower upfront costs, or they can hold on to their certificates like a stock with the idea of selling it in the future when they increase in value.

Now why can not something like this be done in the United States of America were solar panels were first invented. I guess in America it is all about money and the big oil and energy companies do not want you producing your own energy, even if it is better for the environment. They would rather destroy all life on the planet rather than lose you as a paying energy customer.

There are many companies today who not only supply but will install wind generators for you. However, to be completely honest, most of these professionally installed systems are pretty expensive. If you are looking for a way to provide additional power to your home, but your budget is limited, then you should consider building a wind generator yourself.

What you may not realize is that if you build it yourself it may only cost you between $100 – 200 to do so, rather than the thousands that some companies charge. Simply put, building a wind generator can prove a very wise investment indeed. You will in fact probably find that your electricity bills over the next 3 years will be reduced by thousands of dollars.

Another thing you may not realize when it comes to building a wind generator is that many of the parts required can be purchased at your local hardware or DIY store or online. So thinking that you are going to have problems obtaining the parts that will prevent you from building it is simply not going to happen.

Now before you consider building a wind generator for your home, there are a number of factors that will need to be taken into consideration beforehand. In this article we look at just what some of these factors are. If you keep these in mind before, during, and after you have constructed your system then you can be confident in knowing that it will last for many years to come.

Tip 1: The Base – You need to provide your wind generator with a firm sturdy base that provides sufficient support for it. The best material from which the base should be constructed is concrete, as this will allow the supports of the wind generator to be held firmly in place no matter how fast and strong the wind is blowing.

Tip 2: The Tower – You should definitely try to construct the tower from metal. However, if your budget is limited then use the thickest plywood that you possibly can. This will help to ensure that you have a sturdy tower that can cope with all types of weather conditions.

Tip 3: The Turbine Blades – The blades you build or buy need to turn smoothly without any friction or any chance of them becoming hindered. If you’ve never built wind generator blades before you may want to buy premade quality blades, which will ensure that they provide you with ample amounts of energy. These can be purchased pretty cheaply at websites like eBay.

If you are intending to make your blades from plywood then you need to use strong wood to make them from. Plus, make sure that the size of the blades are in proportion to the height of the tower. Too large and the tower will break because they are too heavy and too small and they won’t be able to create enough energy to meet your requirements.

Tip 4: The Gearbox – When building a wind generator yourself you must ensure that the gearbox you attach to your blades is a sound one. Ones that are too small or made from inferior materials will not allow the blades to rotate freely and so the levels of energy that they create won’t be sufficient to provide you with what you need to power your home.

If you are thinking of doing a few upgrades to your garden, have you ever thought of getting a solar powered pump birdbath? In fact, why buy one, when you can make it?

So why would you want to make a solar powered pump birdbath?

The pros to getting one are:

a: The moving water in the fountain stop its from going stagnant

b: The pump does not have to plugged into your power supply

c: No inverter is needed since the pump operates on direct current.

d: The pump uses minute power (only 6volts) so very few solar panels are needed

e: Batteries are optional, since you usually only want the fountain to operate in the day when the birds are around.

f: You can save more money by making the entire birdbath and fountain yourself, even the solar panels.

g: The birdbath can be placed anywhere in your garden, without the need for unsightly wires.

What parts and materials are needed to build a solar powered pump birdbath?

The easiest way is to simply buy a birdbath with a pump and fountain already fitted. Then all you need to do is wire up some small solar panels.

The alternative is to, and more DIY approach is to buy a birdbath that is ready for a fountain pump to be installed (it has the right holes, and a place for the pump to be installed), and then add the various pump and power components.

If you go the DIY route, then you will need to get:

A Birdbath

It does not matter what birdbath you buy, but make sure there is a place for the fountain to be added. A few options for you would be copper, terracotta, cascading, ceramic, or resin birdbath fountains.

The Fountain Spout:

This attachment can be source from your nearby hardware store or garden center. It is an optional extra that helps make the water spout out of the top, instead of a small trickle.

Small Fountain Pump:

Depending your birdbath size, the volume of water to be pumped and how high you want to pump it, will help you decide on the voltage and size pump needed. For your average, medium-sized birdbath, a small 6 volt DC pump will suffice.

Tubing for irrigation:

This tubing generally should be narrow enough to keep the water pressure high, so that the water can be pumped properly. My advice would be to visit the nearby garden center and have a look at what piping is used.

Silicon Sealant:

Silicon sealant helps fill any cracks where water could escape, such as where the tubing enters the top of the birdbath. It can also be used to insulate any bare wires.

The Solar Panels:

This is what makes this birdbath unique to your average water fountain. Depending on what size pump you buy, will need to get enough solar panels for the fountain to work properly. A a typical 6 volt pump, you will require solar panels with a capacity of at least 6 volts. But is better to be on the safe side and get a 12 volt solar panel instead, for times when it is cloudy and for late afternoons.

NB: For the solar panels, there are two options:

1 : Buy a small expensive solar kit from Wallmart or Target or any other local supplier.

2: Make your own solar panel. This is actually much easier than people make it out to be. With the right instructions you could build your own panel in an afternoon. If you want to go the diy way, then keep reading…

For the solar panel to operate effectively it needs to be fitted in a frame and angled in the direction of the sun. Placing it under a tree will not help.

How simple is it to build?

If you have all the tools and materials and any diy experience, you could have a working solar powered pump birdbath within in a matter of hours – that’s if all goes to plan…

A nice added extra is to hook up some batteries to the system. That way you can store any excess power, and the pump could run all day and night. If you do want the fountain to operate for 24 hours, then you will need the following:

1) The right battery:

Since the system is small, a 12 volt battery should be enough. This will be wired up between the charge controller and the pump.

Charge controller:

This is not that important, but to protect the battery from over-charging and to maximize it lifespan, you should a charge controller that sits between the solar panels and the battery.

The nice thing about about building a solar powered pump birdbath yourself is that it is not only cheaper, but once you know how, you can make as many as you want. It could also make a great gift for an energy conscious friend or family member.

Alternative energy sources are playing an important role in preserving the life of the people and the environment in general. This is evident because they do not release carbon-based warming and dangerous substances into the atmosphere. It also minimizes the financial expenses of the people by not paying the monthly bills for the energy use. The renewable energy sources are more sustainable because they can be used repeatedly without running out the power supply.

The Residential Solar Power is frequently used as the most viable alternative energy source for the individuals today. It is a very good source of energy that definitely saves you from the monthly electric bills for your home energy consumption. Prices of energy use these days are out of peoples control, thus, people must resort to using the renewable source of energy to lessen your financial obligation at home.

The most effective and feasible way to solve the energy crisis is to install the residential solar panels instead of continuously patronizing the energy services of some private companies. Once the solar panels are successfully installed, you are already free from the monthly financial obligation. They have a very long life span and they come in all shapes and sizes, making them suitable to be installed almost anywhere. It would be better if you have the knowledge on how to make solar power.

Solar energy serves as the most practical answer to the uncontrollable rising of energy prices these days. Other available renewable energy sources have been utilized as well in order to lessen the financial expenses of the people. Solar generators are needed in order to produce the solar energy. The solar panels are useful in absorbing the sunlight which you then convert to electrical energy with the aid of the generators. These generators are then hooked up into your home and finally the electrical energy is transferred there.

To successfully turn your home into a residential solar power you need to be situated to a place where there is plenty of sunlight. An open space area would be very feasible to generate more solar energy. However, you need to find out first if the residential solar power conversion is legally allowed in the community where you live in. This is really a great solution to the rampant problem on energy price increase today.

The residential solar power is the best solution to get away from the financial burden nowadays. It is not only favourable to the people, but also to the environment because it does not contribute to anything that harms the atmosphere and the Earth in general. To resolve the energy crisis nowadays, people should turn into using the renewable source of energy like the solar energy. It is for the benefit of the people and the surroundings.

Make sure you have your wind and solar power facts right, before you initiate the installation of your system. Solar electricity systems will turn sunlight into electricity. The inner workings will seize photons from the sun and change it into DC electricity.

The electricity generated by wind and solar power is converted to 120 volt alternating current and plugs into the structures existing power grid. The extra power can be diverted into the power grid of the superstructure and generate money for you as well.

The wind and solar power facts indicate that the demand and the necessity for alternative energy sources is at a critical juncture. While the grid is still productive, much of the demand in low light and evening conditions can be met. Once your system feeds back into the grid during daytime and then takes from the grid at nighttime, you are at a zero loss stage.

The wind power system, the solar electric systems and the Photovoltaic or the solar panel systems are truly all the same. The solar power systems independently convert the light energy from the sun into power. This electricity can then be made use of immediately, stashed away in batteries or fed into an electric utility grid system.

The wind and solar power facts indicate that there is no other more pure source of energy than naturally available forms of electricity. It may seem expensive to invest in your own solar power system but it does pay off in spades over time.

This electrical system can deliver reasonable energy for years, maybe years to come. There are a few great programs of help off set the primary costs. A good range of local, state and Fed bonuses such as grants, kickbacks, loans, direct equipment sales, leasing and tax allowances will help to offset the costs.

The availability of wind and solar power solutions can be easily researched. Many of the companies that construct the materials can provide all the research information you may desire and need. They do frequently offer the opportunity to process your rebates and refunds as well. They can also direct you to installation professionals.

The more complicated, high end systems may require a professional for installation, but many systems can be installed on your own. The technical support many companies offer can be useful in times of doubt or difficulty too. Always try to purchase your materials through a professional for guarantee reasons.

Typically the kit includes the PV or PhotoVoltaic panels, directions, charge switches and controllers and other necessary parts. Other necessary pieces of the puzzle include insurance and bonding for material protection, and liabilities.