Solar Energy /Wind Energy: which is the best source? The average American home produces average 41,800lbs (about 20 tonnes) of Co2 every year. By simple using a do-it-yourself approach to home solar power or wind power system that number can be cut in half! Imagine the impact we could have on our planet, people out there decided to convert their homes and remove part of your carbon footprint. Interested in learning how to DIY solar power or DIY wind power. They are clean, Eco-friendly and efficient energy sources for your home. If you want to save money on power, and be one of those who is working to save our planet.

Solar Energy

Solar energy from the sun can easily be converted into sunlight. The beams of light from the sun hit a photovoltaic (PV) module which responds by generating a current. This electrical energy is then carried into our homes. A home solar system is typically made up of solar panels, an inverter, a battery, a charge controller, wiring and support structures.

Wind Energy

Wind energy is the form of solar energy, there are some similarities. The wind blows the propeller which Rotor blades – the 5 large fin-like metal pieces that are blown by the wind. Often made of PVC or similar material in smaller systems. Shaft – As the rotor blades turn, they turn the shaft, that together collect kinetic energy from the wind. Generator – Using the principle of electromagnetic induction, generators cause magnets to rotate around a conductor and create electricity. For some systems you may also need a DC Motor, Charge Controller, Battery Pack and AC inverter. Ideally a wind turbine should be located in a place where there is a near constant flow of non-turbulent wind throughout the year.

Costs

First of all, both system are costs involved in order to produce a PV module or wind turbine. In some ways obtaining electricity from wind power or solar power is easy and a great way to cut long term costs. A few decades ago, only back-to-the-land types made serious use of solar panels and windmills, but today renewable have gone mainstream. The latest technology has brought the price of renewable down dramatically. With this market growth-and all of the environmental benefits that come with it, making them more cost-competitive.

Efficiency

Solar Energy is measured in kilowatt-hour. 1 kilowatt = 1000 watts. 1 kilowatt-hour (kWh) = the amount of electricity required to burn a 100 watt light bulb for 10 hours. If you having solar panels covering your roof will give you enough energy to generate electricity in your home, as long as you are careful about usage. Another ways is relying on the battery back up, a solar energy system can provide electricity 24×7, even on dull days and at night.

The turbine needs to be in a position where it gets maximum benefit from the wind available, although the wind will never stop blowing, thereby providing an endless source of wind energy if we harness it correctly, with the appropriate back-up generators.

How to make a complete home solar/wind power system with as many solar power panels as you want depending on your financial position to go partially or go totally off the grid. You have to find a way to generate your own energy without reliance on public utilities for thing like electricity. First thing is to being mindful of how to use your resources is the first step towards energy independence. When you decide to build your own alternative energy system you stand to save money by choose with the right instruction, so that you are not putting out a huge expenditure at once.

You can find out more information and learn how to build your own a solar power/ wind turbine system the much affordable way.

Making the decision to go green by changing over to solar energy is certainly a positive one. Obviously you would have to consider the costs beforehand which will assist you in finding out the best way of going about it. There are a few things you should take into account before even starting such as, how much power does your household require, where your home is situated, how much sun does it get and you would also have to consider the system you decide to operate, as that also will have a major impact on the cost of solar energy.

To find out how much energy you require for your home you would have to start by checking your electricity bill and making a note of your total monthly or annual kw usage. I would also suggest you seek advice on all your options available for government funding and privileges to consumers who are ready to convert over to solar energy. Some of these incentives will be different depending of which state or geographical province you are residing.

Once you have established all of the above you will have a better idea of the potential budget, then you will be ready to decide on which system you are going to look at installing. Even though solar energy itself won’t cost you anything the tools required to set yourself up are not. A 1.5 kw to 3 kw system will be required for an average american family living in a three bedroom home. A photovoltaic 1kw solar energy system can be priced at anywhere between USD $8000 to $10,000 which is before government rebates and tax credits are paid out.

As you can see before rebates kick in the cost can be quite high. Another example, if your home requires a 2.5 kw system then you are looking at around USD $10,000 to $ 30,000 for installation. The cost of solar energy can be reduced considerably once the government rebates and tax credits are reimbursed, also keep in mind that incentives depend on what system you decide to go with. You would usually be looking at approximately 7.5% of the system cost after rebate.

For reference purposes lets just take a quick look at two examples of rebates, which may differ from state to state. Here we are going to use a California rate.

Example A: For a 1 kW system, the possible rebate can be calculated as followed: 1kW = 1000 Watts x $2.80 per watt = $2800. The possible tax credit can be calculated as followed: $8000 – 2800 x 7.5% = $390.

Example B: For a 3kW system, the possible rebate can be calculated as followed: 3kW = 3000 watts x $2.80 per watt = $8400. The possible tax credit can be calculated as followed: $30000 – $8400 x 7.5% = $1620.

By applying the rebate and tax credits to the cost of the solar system and to the installation we can achieve an approximate price.

By researching what you are entitled to you would be amazed at how much this would reduce the set up costs, as incentives and rebates are plentiful. But there are also other options available to those who cannot afford the set up costs. If you are determined to convert to using renewable sources of energy then you shouldn’t give up just yet. Actually there are many people all over the world who have welcomed the DIY approach. Rather than spending $1000’s on the set up costs for installation on a solar energy system they have gone out and purchased for themselves a step-by-step all inclusive guide for constructing one of their own from scratch, and at a very small fraction of the cost.

Although it would seem a lot easier to just sit back and enjoy the professionals doing the installation for you, sometimes this option may not suit everyone. Whats more building your own system can be just as efficient in terms of performance and a very rewarding experience for some. Anyone who is currently looking at the costs of solar energy don’t forget to look at energy required for your home/business and also to make sure they consult all accessible incentives and another great bit of advice is to read up on testimonials and reviews from other people who have already succeeded in building their own solar energy system and hold the wisdom of experience.

I hope this article has helped you, while you are here maybe you should take a look at The Future Of Solar Energy After all the future is certainly heading more and more in this direction.

Make sure you check Earth4Energy Guide Review Hey you just never know, you may surprise yourself and save $1000’s and wonder what took you so long!!

Did you know that the average American household uses around 10,000 kWh of electricity per year? This amount would be lessened if people would invest in more energy efficient windows and appliances, and replace their insulation. Just doing this could save the average homeowner hundreds of dollars a year. Another simple and relatively inexpensive option is to change your incandescent light bulbs with fluorescent ones. Other cost-saving measures include turning lights off when you leave a room and unplugging items that you’re not using. But, the only way to stop paying for electricity altogether is to get “off the grid” with residential solar power. The initial costs may be intimidating, but the promise of not having to pay electric bills-thousands of dollars a year-will soon make up for that initial costs.

What Size System does Your House Need?

There are several types of residential solar power systems available to choose from. Systems range from 1,000-25,000 watt systems which will service 50 to 1600 square feet, respectively. A 10,000-watt system will save the average homeowner approximately $50,000 over 25 years while still supplying the 10,000 kWh needed. The exact dollar figure of savings gained from a residential solar power system varies from home to home. One cost-effective alternative to installing a full residential solar power system, is to install a system that powers specific areas of the house, removing the more energy-draining items from the grid. Most homeowners do not have the $75,000 required to install a system even with the promise of savings in the future.

There are tax credits available for those people who choose to upgrade their home to energy friendly alternatives that will help offset the initial installation fees. For our purposes, a $75,000 solar power system could be eligible for a tax credit of nearly $35,000 bringing the actual pay-out price to $40,000. Tax credits are offered as a way to lower the costs associated with residential solar power, and to entice homeowners to spend money. In the coming years as motor vehicles switch from gasoline powered to electric, our power grid will be even more taxed. It is important to start the change to residential solar power now so that we can ensure the integrity of our energy grid, save ourselves in home energy costs, and protect our natural resources.

Richard Dealstar is the premier authority in using solar power to ‘live off the grid’. To learn more about topics like “Residential Solar Power” check out his website. The most recent is titled, “Residential Solar Power Panels-Harness This Alternative Energy Source?” another popular article is about solar energy advantages.

Build your own wind turbine and live on the net is much easier than you might think. For just $ 150 you can produce power and OW:

Save money by reducing energy bills by using your carbon footprint to sell auto-generate enough returns to inspire your electric company to another, from fossil fuels, there are very few things need to start this project, and it can and has been performed in one day. I want to talk about aturbine> 1000w win here, I recently built two of these powerful and is putting up 2 more this weekend, needless to say, I am! You will need:

A work area (a garage is perfect!) Simple tools (such as a screwdriver, anything!) To help someone for a couple of steps (the only things holding great way to engage children!) A good selection Wind Turbines plans to start if you have a good set of plans, you should have a list of all required materials are received, and the cheapestPlaces to order all around. Make sure that the DC motor ASAP, it will probably take a couple of days on the road and I know you're anxious to get started! The blades will start your vehicle, and that's where you get from your electricity.

Now, a little jump in your plans, you can start to wind turbine blades and have them all ready to go when your engine here in the mail. Well, as stated in your programs, you can go with wood or PVC as a bladeMaterial. I personally went with the wood and was not disappointed (the author recommends them for large wind turbines). The only thing I can say here is, well choose wood if you go to an 8 'blade for the turbine that you want to keep them in wind conditions over the next year to have!

The plans show I went with you, like almost every other part you need to get for free. Everything from the tower batteries and also parts of the body needed to beat, not the sort ofPrices!

Now that the DC motor has the time to beat them all together. As I said before I can get free money to use the TV tower (the plans that I'll show how to obtain the usual) to go because you want to take this whirlwind of at least 15 feet in the air, all objects are closer to get all that wind.

Are you ready?

You decided to learn how to build wind turbines and now you have to find reliable wind turbine plans. It is not a difficult project, if you follow the instructions exactly.

What you need to start this project?

• Do you need a job, basement, garage or shop works best

Common · Tools are available in most homes key, screwdriver, etc.

· Plans detailed on how to build a windmill

· Some help with the project Even

This additional hands can be very useful, especially if the whole compilation.

The first thing to do is, you can generate a DC motor of 1000 watts of power. The patterns of generator sources of energy will be used as motors. It can also be sent directly to you. The cost is about $ 30 including shipping.

This raises an interesting point, how much to learn as a cost for the construction of wind turbines?

L 'Home> 1000w wind machine, detailed plans will be built for less than $ 150 total including the cost of. This is pretty good considering a new model would cost more than $ 3,000 – a substantial savings. Because it costs so much, if the parties are so readily available?

First steps while waiting for the machine to the motor / generator to come on the structure of the rest.

We usually start with the blades. Do you want your building made of wooden blades for machines of thisSize.

Matching blades to the DC motor is actually the hardest part of learning to build a wind turbine.

To produce 1000 watts of power blades must be at least 4 meters long, are turning a total blade diameter of 8 feet.

And 'this larger diameter, which generates more power, one of the most important factors.

The larger the leaves, the higher the DC motor also, as detailed in the plans.

It takes about a day's work of the blades. If youwant a smaller car, you can use PVC pipe for the blades to be done, but not for larger ones.

The rest of the machine can be built from recycled metal, body and tail.

The plans showed us where we are as a tower used TV towers, and also sources of free deep cycle batteries.

If the DC motor, all you have to do is assemble the pieces and put it arrives.

It 's a pleasure to see who leaves first turn produce electricity for your freehome. Is not it time you built your own. Let's start.

Name plate power output details

The capacity of a Solar PV Panel is as what is given in its name plate. The output will invariably be given in DC power output in watts. The watt output of an array of PV panels has to be converted to a practical unit which is kw (DC) and for this purpose the total watts (DC) of the PV module array is added up and divided by 1000.

Sadly this out put too does not give an indication of the ultimate power available to you for useful work due to several factors which derate the output.

Affect of location of the building and the name plate capacity

The name plate detail of generated DC power is measured at Standard Test Conditions (STC). Now this does not tally most of the time with the highly variable conditions of a particular locality of an average building.

The STC is laid down simply to arrange a common platform for the sake of convenient comparison. Strangely two different STCs can exist depending on the country and authority responsible. A widely used STC is the standards laid down by the NRFL laboratory of the US Department of Energy.

This standard specifies:

• A Solar Irradiance of 1000 watts/m2
• A module (panel) temperature of 25 0 C
• A default PV Panel surface area of 35 m 2
• A default DC Power output of 4 kw

Local Factors causing derating

The numerous component derate factors are as follows.

• PV module nameplate DC rating – The name plate details do not coincide with field measured readings due to degradation and other reasons.
• Combined Inverter and transformer efficiency – The conversion of DC to AC is a combined action of the inverter (which is a solid state device) and the transformer and naturally there are significant power losses during the path from the PV Modules to the building distribution board.
• Mismatch – The manufacturers of the PV modules indicate in their catalogues a performance tolerance. The performances of each module vary within the limits of tolerance and when interconnected may not produce the total name plate output.
• Diodes and connections – The diodes ensure the flow of current is unidirectional in the PV panels. Also the multitude of electrical connections imposes resistance causing energy losses. Both these contribute to derating of a system.
• DC wiring – These account for the resistive losses in DC wiring between the PV panel installation and the inverter.
• AC wiring-The derating occur due to losses taking place in the AC wiring between the inverter and the grid connection.
• Soiling – Dirt such as dust, snow, bird droppings, etc settling on the PV modules derate the performance of the installation.
• System availability -The down time of the PV array and that of the utility authorities due to maintenance etc. affect the output of the system.
• Shading – The PV array performance is easily affected by surrounding buildings, vegetation etc.
• Sun-tracking -When a tracking mechanism (generally not used in small capacity installations due to cost) is employed, the precise orientation of the Solar Modules is important to maintain the optimum efficiency.
• Age – Over the years the efficiency of a PV array is affected and in about 10 years of operation a derating of about 10% may occur.

Sam Braidley is a author who writes about green environment and home improving subjects to get more ideas about Green environment please visit http://www.greentech.ie

If you feel your electricity bills are too high, or if you’re looking to reduce your use of electricity for other reasons, then analyzing the electricity use of your major appliances is critical to understanding your total energy use.

If your refrigerator is 10 years old or older, you may want to consider replacing it with a newer, ENERGY STAR model that uses less electricity. Typically, older refrigerators use from 1,600 KWh to 2,000 KWh per year. (A Kilowatt -hour is 1,000 watts an hour. Your electric utility sells you electricity in Kilowatt-hours, typically somewhere between $0.10 and $0.20 a Kilowatt-hour.) That’s $160 to $200 per year in electricity usage on the low end.

An ENERGY STAR rated refrigerator consumes less than 500 KWh a year. That’s less than $50 per year in electricity on the low end of utility rates.

But how do you know how much energy your refrigerator uses? You could measure it directly using a Kill A Watt EZ Electricity Usage Monitor. That’ll set you back about $30 and you’ll have to let it run for at least two hours so the meter see your refrigerators cycling on and off a few times.

But there’s an easier way. The Federal Government has already done the hard work for you and have made a database of over 41,000 refrigerators available for free. Simply open your refrigerator and look for the label that has the model number and serial number printed on it. It’s usually at the top of the outer or inner wall. Then, open the database in Excel or other spreadsheet program and look up your make and model number. The record will tell you the likely energy consumption.

You can also tell how old your refrigerator is by going to the refrigerator decoder on appliance411.com and typing in your model and serial number. The date of manufacture is encoded into the serial number, but it’s different for every manufacturer. Refrigerator manufacturers were required to make energy efficient upgrades to their lines in 1992 and again in 1999. So, if your refrigerator is 19 years old or older, you’ll gain the most by buying a new refrigerator. By replacing an older refrigerator with an ENERGY STAR refrigerator and taking advantage of rebates from your utility, city, or state, you may be able to see a payback period less than one and a half years.

Joel Greenberg is an Energy Auditor in Austin, TX for homes, multi-family communities, and small commercial buildings. His company, Greenberg Energy Services, helps clients make intelligent choices for saving energy while doing more with less.

So much as been made of the new energy economy and the green revolution that many folks have questions about solar power. Many people would like to install a solar power kit, also called a photovoltaic (PV) system, on their home. But most of them don’t know how much these systems cost and how much they can afford. This article will help you determine if a solar power system is in your budget. We’ll start with the questions you need to ask and answer.

How Much Power Do I Use? The first task is to determine just how much energy you are using. See our related articles on energy audits to reduce energy waste. Next, look at your power bill. You should see your monthly and yearly usage. This information will be helpful in determining just how much solar energy you really need. You should also note how much your power us costing you in dollar per kilowatt-hour ($/kw-hr).

Are there Rebates and Tax Credits? The short answer is ‘YES!’ There are hundreds of programs around the country to encourage people t install solar power systems on their homes. The federal government has a 30% tax credit for solar and wind systems. Contact your local power utility for information on rebates that they offer. In some parts of the country the power utilities are offering to pay for nearly half the system. Add this to the federal incentive and you might have 80% of your system paid for by others.

What Size System Should I Get? This question is hard to answer for you. Most people start by trying to cover a percentage of power that they use with solar. Many people start with 25% to 50% of their total power. With the tools you can find on SolarSphereOnline.com and Findsolar.com, you can determine just how large of a system would be need to generate some or all of your power with renewable energy.

If you assume that an installed system will cost about $10/watt, you can estimate a rough budget for the project. For example, if you start with a 1,000 watt system (which is nice place to start for a lot of homeowners) it would cost about $10 x 1000 = $10,000 for the labor and materials. Remember, there are plenty of incentives out there. So if you had a $2/watt rebate from the utility and took the 30% federal tax credit, your actual system cost would be $10,000 – ($2/watt x 1000watts) – (.30 x $10,000) = $5,000. So you could spend the money you saved on something else for your house or even better get a bigger solar power system!

Can I Do a Little Now and Add More Later? One of the best things about solar and wind energy is that they very expandable. You can put in a few panels now, monitor their performance, and then add on to the system as your needs and budget allows. It is generally better to start out knowing you are going to expand later, so that you can plan your space and equipment usage better.

What’s the Next Step? Its always good to talk to a solar professional to evaluate your home for solar panel suitability. There are numerous sites on the internet that can direct you to local, insured, and experienced PV installers.

For more information on Solar Panels and installers, check out our website.

Kriss Bergethon is a solar expert and writer. For more of his useful articles on solar power, please visit Solar Panels, supplier of solar power panels, solar power kits, and more.

Building a wind generator is a much more cost effective solution than buying one. The average price of a 1000 watt generator is USD $2500. I would have to save up for more than a year to be able to buy one. That’s why I built my own wind generator.

It’s not as difficult as you might think either. A wind generator has some basic parts. I’ll deal with the tower first.

Many people have researched and found that buying a wind tower is very expensive. That’s true, but when I built mine I actually made $100 getting it. You see, many people these days have switched to satellite television, but they still have those television towers up. I was doing some construction at a house and noticed this. I asked the guy if I could buy it off of him. He told me “I’ll give you $100 dollars to take that thing away.

The next part of a generator is the generator. I really like wind generators because they allow you to produce AC or DC power. This is good for several reasons. First, if you don’t have the money for a battery system you can hook up an AC motor and generate AC power for your house. As you can afford batteries you can switch the motor to a DC one and charge the battery system.

Now for the most important part of your generator- the blades. Another trick that we’ve learned to make blades is to use PVC tubing. I know it sounds crazy, but a correctly cut PVC pipe works great as a wind generator blade. The plus side of using PVC as blades is that they are very strong.

The last piece you need for your wind generator is the vane. This can be made out of anything. Mine is a triangle I cut out of some plastic.

Assembling the generator is usually a whole day job– good for a weekend– you need to set up the tower and secure it with 5 guy wires. These wires are important as they provide stability so your generator doesn’t fall down. You will have to mount the turbine on the top- which should be done before you set up your tower. Make sure to attach the wires to the generator because I’ve forgotten.

You will probably want to do some load testing on your generator to see the wattages it produces at different wind speeds. This website has great information about building wind generators.

I built my own solar panels and a wind generator and saved well over $30,000. I get a cheque from the power company because I produce more energy than I use. If you’d like to learn how you can do the same check out Building A Wind Generator.

It is possible to build your own solar system model without any prior knowledge of how it is done. All you need is a step-by-step guide to follow to make this a reality. You could build your own solar panel to power the whole of your home and live off the grid. An already made solar system model could cost up to $5,000 to $30000, but you would save a lot of money if you build it on your own. With as little as $500, you could build your own solar energy using a step-by-step guide with materials gotten through cheap sources, though very durable, to make your own DIY solar system.

Things you will need to build your own solar system model

The things as they pertains to your solar system are the tools and components to build the project. You must have all of them and there are ways to get for cheap, almost free. I will talk about that later on.

The things you require are:

You need a set of battery box

You need a DC meter.

You need an inverter.

You need a handheld drill.

You need a 20 volt solar panel.

I know you must be wondering where to get this tool and whether everything would still cover the $500 I promised earlier on. The short answer is this: write a list of the things you need and walk down to a scrap hardware store to buy them. It is possible to get them for cheap and the durable ones. The things above are not all need, but just get those ones first. After you have arranged all these tools, you can then follow the steps below to get rolling. The perfect place to do this project is your garage but any other place comfortable for you is okay.

Step 1

First and foremost, get a mini solar panel which is only 20 volt or much higher. As a beginner or as a way to learn it first before building a bigger one, let us say 1000 watt which enough to power your own, 20 volt is okay.

It is really possible to see a panel of this type and the easiest way to get them fast is to visit a local RV mall or a mini marina could due. It is possible to see the type sold for $80 or even below that.

Step 2

The second stuff you require is simply a battery. You could be lured into getting a bigger one, but I tell you that a mini rechargeable battery is fine for this project.

An acid or lead battery that is just 12 volt could handle this project. Look for the deep cell battery types and don’t go for anything other than that, this is so because they are made for steady use, and they last long too.

Step 3

You need to buy a battery box. It will serve as a protective cover for the battery. As you know before now that battery releases some drops of liquid; this is dangerous to living and non-living orgasms. The battery box will keep your kid or animals safe from the potential harm of battery.

Step 4

Another stuff you need is a DC meter enough to suit the voltage of the battery and a DC input. It is responsible for transferring energy to the panel so it could be applied to various power sources in your house. In order to power AC gadgets in your home you require an inverter.

Step 5

Here comes the coupling section of your solar panel parts together to get them to work. With the aid of a handheld driller, join the meter and DC input to the upper end of the battery container. After you might have done this, get some couple of insulated wires to link the meter to your battery.

Take caution to see that you use one wire after the other and link the initial wire to its negative input. Apply similar method to link the DC inlet and the solar panel to the battery itself.

Step 6

After you are through with this, it is time to begin transforming the power of the sun to be used as a renewable energy. Seal the cover firmly using a cord and bring the whole product out to the sun. You can also fix it on top of your roof, if you wish. Relax for up to 9 hours and get set to enjoy the green energy you built.

Final word

This guide is for building a small solar system model. There are even more easy ways to build a 1000-watt solar panel to power the whole of your home. This way you won’t have to even pay for power bills ever again and the good part is that you can also do it yourself. All you need is a video manual to guide you better. And the best part is that you won’t be contributing to the pollution of our planet and help to lessen our dependency on foreign oil. I urge you to try this out for your home because it is the best way to save money electric bills.

Earth 4 Energy is a DIY Video manual which contains the easy to follow step-by-step guide you can apply to build your own Solar Panel Generator for under $250 in the comfort of your home. It shows you where to find cheap parts required for the solar generator and video guide to couple them together. If you want to live off the grid, now is your opportunity to build yours for less than the price of commercial made ones.

Check it out at http://modospot.com/review/earth4energy.html

Build your own wind turbine and live on the net is much easier than you might think. For just $ 150 you can produce power and OW:

Save money by reducing electricity bills by using your carbon footprint to sell auto-generate returns enough to inspire your other Electric Company, fossil fuels, there are very few things you need to start this project, and it can and has been performed in one day. I want to talk about aturbine> 1000w win here, I recently built two of these powerful and is putting up 2 more this weekend, needless to say, I am! You will need:

A work area (a garage is perfect!) Simple tools (such as a screwdriver, anything!) To help someone for a couple of steps (the only things holding great way to engage children!) A good selection Wind Turbines plans to start if you have a good set of plans, you should have a list of all required materials are received, and the cheapestPlaces to order all around. Make sure that the DC motor ASAP, it will probably take a couple of days on the road and I know you're anxious to get started! The blades will start your vehicle, and that's where you get from your electricity.

Now, a little jump in your plans, you can start to wind turbine blades and have them all ready to go when your engine here in the mail. Well, as stated in your programs, you can go with wood or PVC as a bladeMaterial. I personally went with the wood and was not disappointed (the author recommends them for large wind turbines). The only thing I can say here is, well choose wood if you go to an 8 'blade for the turbine that you want to keep them in wind conditions over the next year to have!

The plans show I went with you, like almost every other part you need to get for free. Everything from the tower batteries and also parts of the body needed to beat, not the sort ofPrices!

Now that the DC motor has the time to beat them all together. As I said before you get a free to use recycled TV tower (the plans that show how to obtain the usual) to go because you want to take this whirlwind of at least 15 feet in the air, all objects are closer to get all that wind.

Are you ready?

DIY projects are a large number of small problems. If these problems, temporarily or otherwise, depends largely on visual acuity and ingenuity of a person. However, a little professional help can never hurt anyone.

Fields and fence post holes

How deep should be a forum post? Donna Hardie, journalist and expert in DIY sheds light on the problem:

"A solid fence 1.8 square boxes provide a lot of air resistance, so you have a company yet. 600 mm at the post office in Burythe ground. Compress the bottom of the hole with crushed hardcore, then fall into a post office and power in a little more. You should try to leave about 300mm to fill it with cement. Use a trowel to slope the concrete surface away from the pole in order to stop the rainwater in common around the base. "

The shredded Hardcore is used for fence posts when they are driven to stabilize the ground. To ensure you have an easy game, be sure to use an electric drill to make the job easier. NotBreak your back if you do not need.

Loft space problem

With the advent of smaller and more efficient insulation for tanks, which passes the old metal containers? In addition to moving it (not advisable because the pipes of age), is the best solution to this problem by using an angle grinder.

If you really want to free up space in the attic, the easiest way to do this is to hack the offending metal tank and remove it from your PC attic. It is not easy, but after afew hours of work of the metal tank from your attic and your home forever.

Which mower?

If you buy your mother have a new mower, then make sure that the lawnmower, the buyer is eligible for the specific area of the courtyard and garden.

rugged terrain, with many pebbles and irregular formations require a rotary lawn mower or what some call the electric light to float. After Hardie:

"Milking, however rough cut grass, but a float is easierPush and can still cope with irregularities. His mother was only a small (1000W) motor. There are a lot of floats for less than 80 € Qualcast Easi-Lite (£ 52.99), is to control a tilting head is about as easy. "

Hot showers become cold

If you previously used the same shower for the last seven years and the water had suddenly feels colder than normal, which could be the problem? According to Reggie Merida, a handyman from Edinburgh:

"Power couldwith what we have called calcium was blocked. As the name suggests, the forms of lime for a period of time, with the accumulation of natural salts from the water. The best way, do not you do it yourself. Just call the manufacturer and replace the cartridge shower. "

In some cases, showers smart chips that certain chemicals are added to counteract the formation of rust and lime deposits. However, these models are more expensive than conventional showers.

The use of light emitting diode bulbs, more commonly known as LED bulbs, is becoming a popular choice when it comes to household lighting. Although LED bulbs have been around since the 1960s, it was only during the last few years when it was introduced in the market for residential lighting. Nowadays, more and more consumers are considering LED lighting for their homes, not just because they are more energy-efficient compared to other types of household lighting, but also because they are cost-effective.

However, aside from these two major advantages of using LED bulbs, here are some other benefits that LEDs are known to provide.

Long Lifespan. While regular light bulbs, such as the incandescent bulbs, typically last for only about 1,000 hours, LEDs last from 50,000 to around 100,000 hours. Fluorescent lights, on the other hand, last for only about 10,000 hours. This means that if you’re using LED bulbs, you won’t have to constantly replace lighting for your home.

Durable. Durability is another great advantage that you can get from LED lights. Unlike other types of lighting, a LED light doesn’t contain fragile filaments or any fragile tube that can be easily damaged due to shock and vibrations. They are highly rugged and are resistant to heat, cold, vibrations, and shock. LEDs are more damage-resistant compared to other types of lights.

No UV or Infrared Emissions. LEDs are considered the most eco-friendly lighting available in the market today. LED lighting makes use of crystals that convert small amounts of electricity into light. The energy is powered by a technology that allows LED bulbs to maximize energy efficiency. Also, LEDs don’t produce any ultraviolet radiation or infrared lighting and only produce little amounts of heat.

Available in a Wide Range of Colors. Aside from white light, LEDs are also available in a wide range of colors, such as blue, green and red LEDs. Combining different LED colors can create dramatic color changing effects and can illuminate your homes in different ways.

Available in a Wide Range of Shapes. LEDs are also available in a wide variety of shapes, making them perfect for various occasions. They can be used as decorative lighting during Christmas, parties, or any other special event. They are available in Christmas tree shapes, garlands and rope lights.

Compatible with Most Systems. LEDs are compatible with most systems and can be installed easily even by new users and even without referring to the user’s manual.

What’s probably the only disadvantage that you have to deal with is the fact that LEDs are a little more expensive than the regular types of household lighting. However, spending huge amounts of cash for LEDs, which can cost you around $40 to replace your 25-watt incandescent bulb, is nothing compared to the huge benefits that it can deliver to you and your home. In addition to the abovementioned benefits, LED bulbs light instantly and are cool to the touch. They can also be easily dimmed and requires low-voltage power supply.

If you’re looking for an energy-efficient lighting that can help you save on energy usage at home, LED lighting is certainly it. It may be expensive, but it’s definitely worth the price.

Want to learn more about LED Lighting? Click here: http://www.ai-m.net/

Building your own wind turbine and living off the grid is much easier than you may think. For only around $150 you can be producing your ow electricity and:

Save money on your electric bill Help reduce your carbon footprint Even produce enough to sell back to your electric company Inspire others to move away from fossil fuels There’s really only a few things you need to get going on this project, and you can have it up and running in a day. I’m going to be talking about a 1000w win turbine here, I’ve recently constructed 2 of these and will be putting up 2 more this weekend; needless to say I’m impressed! You will need:

A workspace (a garage is perfect!) Simple tools (such as a screwdriver, nothing too fancy!) Someone to help out for a couple of steps (just holding things, great to get the kids involved!) A good set of wind turbine plans To start if you have gotten a good set of plans you should have a list of all needed materials, and the cheapest Places to order all around. Make sure that the DC motor ASAP, it will probably take a couple of days on the road and I know you're anxious to get started! The blades will start your vehicle, and that's where you get from your electricity.

Now, a little jump in your plans, you can start to wind turbine blades and have them all ready to go when your engine here in the mail. Well, as stated in your programs, you can go with wood or PVC as a bladeMaterial. I personally went with the wood and was not disappointed (the author recommends them for large wind turbines). The only thing I can say here is, well choose wood if you go to an 8 'blade for the turbine that you want to keep them in wind conditions over the next year to have!

The plans show I went with you, like almost every other part you need to get for free. Everything from the tower batteries and also parts of the body needed to beat, not the sort ofPrices!

Now that the DC motor has the time to beat them all together. As I said before I can get free money to use the TV tower (the projects that I have shown how to obtain the usual) to go because you want to take this whirlwind of at least 15 feet in the air, all objects are closer to get all that wind.

Are you ready?

Anyone who has looked into solar panels for their home has probably been shocked at the price tag attached. While you can cut your electric costs with solar panels, new panels can easily go over $30,000 for a typical home. However, you can slash solar panel costs and here’s how:

The Do-It-Yourself Solar Panel

While this may seem a little daunting at first, you’ll really be surprised at how easy it is. If you have basic handyman skills, you can build a solar panel at home. It takes a day or two on average to build a 100 watt panel. It will cost about $200 for this panel. You could pay between $750 and $1000 just for a new panel that produces the same amount of power. Then you’ll have to pay someone to install it. That will take a long time for the panel to pay for itself.

You’ll be able to run a small shop or a small appliances with such a panel. After you build one panel and see how simple it is, you will probably want to add more panels. You can connect them together to run larger appliances and to generate more power. The nice part about building your own is that you can determine where you have the room to install them as well. If you are short on space in the sun, you can build a panel that will work specifically for you.

What You’ll Need:

There really is less to a solar panel than you might think. First, however, go get a good manual, so you have a detailed explanation of how a panel works and step by step instructions for building one. You’ll need some plywood, sheets of glass, and a roll of cooper wire. You can easily get these items at your local home improvement store. For the solar cells, you can find many online retailers that cater to the do-it-yourselfer. You’ll find the answers on which size cells you’ll need, as well as if you’ll need additional hardware.

Once you’ve assembled all the materials, it will take about a day to put it all together. You could lower your electric bill almost immediately. The panel will more than likely pay for itself within the first year. That’s a significant difference than with solar panel costs for new ones. Those can take up to 20 years to recoup your investment.

A Final Thought

Building your own solar panel really is your secret weapon to cutting solar panel costs and getting lower electric bills. It’s worth your time to do a little research and see if this option is right for you,

You can save yourself time and literally thousands of dollars by looking over a review of guides to making solar panels [http://getoffthegrid-today.com/solar-power-and-wind-power-reviews] and by using our online resources (no need to sign up) to get started fast using solar and wind power.

You’ll find reviews of green energy products and services, FREE tips, and more at http://GetOfftheGrid-Today.com