If you are tired of increasing power costs and are researching how to make your own electricity then you need to consider domestic solar panels. Solar panels are very expensive, not only to buy but also to have installed. However you can make your own domestic solar panels following schematics such as those included with Homemade Energy or Earth4Energy.
Apart from becoming more self-sufficient and less dependent on utility companies you also have the satisfaction of doing something that is beneficial for the environment. The sun is always available and won’t go down in the same way that the electrical grid can go down.
You don’t need direct sunshine either as daylight is sufficient to generate electricity. However less sunny areas will require more solar panels than an area that is bathed in constant sunshine. You aren’t going to be totally dependent on your solar power as you will still remain connected to the power grid for when you need it. Unless of course it is your goal to be completely self-sufficient. Some people with solar panels generate more electricity than they need and they are able to sell it to the utility company.
The first step to make your own electricity is to determine your budget. Are you prepared to pay the price for new domestic solar panels? Or is the only way you can make your own electricity going to be to make your own solar panels?
The secret to making your own domestic solar panels as cheaply as possible is to get solar cells that are slightly damaged or blemished. These are solar cells that have failed the quality control process due to being scratched for instance but are still perfectly functional. For a fraction of the cost you can get fully functional solar cells to build your solar panels. The only difference is that they may be perhaps 2-3% less efficient due to being scratched.
The main task to make your own electricity by building solar panels is to construct the actual cases that contain the solar cells. You can purchase all of the components in your local hardware store. The main materials are plywood for the case and plexiglass covers. All of these materials can be cut to size for you at the store using the dimensions that are given with the domestic solar panels design found in the manual such as Homemade Energy or Earth4Energy.
The cost to make your own electricity with you own made domestic solar panels will depend on how many panels you require which is determined by the amount of sunshine and the size of your property. But you can expect to pay around $100-$200 to obtain the materials you need for each solar panel.
Green DIY Energy makes the same claims that all the other products do about saving $10,000′s by building your own solar panels. Rather than spending $1000 or more on a solar panel you buy the compenents to make your own for less than $100 each. I know this no hype as I’ve done it myself. But what I’m interested in is how well does Green DIY Energy show me how to do it.
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Having built solar panels before I’ve got the benefit of experience that helps me to assess whether these guides are any good or not. Some most definitely aren’t. What seperates one product from another is how clear and easy to follow the instructions are. A solar panels is a solar panel whatever manual you read, but how good is the manual at showing you how to build it? I have to say that my first impressions of Green DIY Energy were great as the manual and videos are fantastically presented.
So far so good, Green DIY Energy seems to be genuine competition to Earth4Energy. One thing I’ve noticed about Green DIY Energy is that author seems to have kept the costs lower by using cheaper materials and seems to be determined to help you complete you solar power project with this smallest budget as possible. The author claims that the panels can be built for less than $100 but some people have been able to obtain the materials for less than $50.
The Green DIY Energy manual is one of the best that I’ve read because it explains things so clearly and is very informative. One area in which other products lack is they do a great job of showing you how to build the panesls but not such a good job on how to mount and install them. Green DIY Energy covers this aspect better than any other product that I’ve come across.
The package inlcudes a guide that allows you to calculate how much you will saved based on your energy consumption. You can use this to determine how many panels you need to make. You may even produce surpluse electricity which you can sell to your electricity company if you build enough panels.
The accompanying video instruction is great too and really serves to complement the information in the manual by everything so much clearer. The videos are beautifully shot. There is one thing in partilcular that I came across writing this Green DIY Energy review which makes this product seem so much more genuine and that is the online support forum. You can actually communiocate with other people who are using the product as well the product creators themselves.
I used to have no hesitation in recommending Earth4Energy to people but Green DIY Energy is so good there is very little to keep them apart. Either one of these is a great product and will teach you exactly what you need to know.
Homemade Energy is another guide on how to make your own solar panels. There are quite a number of these guides available online and it’s starting to look like many of them are cashing in on the success of similar products available on the market. What sets one guide apart from the others is how well they explain everything and how easy they are to follow. Homemade Energy consists of a 44 page downloadable manual and several online videos.
The author of Homemade Energy has bold claims about being able to save 80% off your electricity bill and also claims you can do this for less than $200. I have to say I agree with him, except when it comes to doing it for $200 which is how much it will cost you to make a single solar panel. In reality you will need several to cut your bills by 80% so this a bit of hype in my opinion. Don’t let that put you off the product though unless you only have $200 to spend. I’m saying you might need to budget $1000-$2000 depending on how many panels you need. As with similar products Homemade energy shows you how to make windmills as well as solar panels.
The manual combined with the online videos does do a pretty good job at explaining everything. However the manual isn’t as clear as some of the other guides available. This isn’t a problem if you are DIY proficient but for those who aren’t they may struggle a bit.
The author of Homemade Energy seems to be trying too hard to operate on a tight a budget as possible so the quality of the components that you are told to source is lacking compared to similar guides. In my opinion the costs savings are so significant when you build your own solar panels that you really don’t need to obsess about the costs this much as you will save so much more in a very short time. The author does do a very good job of keeping the costs down. One example of this is with the wind turbine where you build the turbine blades out of PVC piping.
The manual is accompanied with a system sizing worksheet that helps you to calculate your power consumption to determine how many solar panels, batteries etc that you will need.
As a result of writing this Homemade Energy review and being able to compare it with similar products I have to say that it may not be as easy to follow as say Earth4Energy. However it does have the advantage of showing you how to make the components as cheaply as possible. There is a little bit of hype that I mentioned earlier as it claims you can build a system for about $200 that will save you $80. In reality that will make you one or two solar panels that will power an appliance or two. Homemade Energy is best suited to people with some DIY experience and who are also operating on a budget.
The cost of buying solar panels is too expensive for most people. However if you know how to make a solar panel step by step then you can make your own solar panels remarkably cheaply. There are several guides available that will teach you how to make solar panels for home use. The best in my opinion is Earth4Energy as it is the most complete and easy to follow. It won’t show you how how to make a solar panel for free but it will show you how to get all the components you needs as cheaply as possible.
A solar panel is basically a wooden box that is used to house an array of solar power cells. So the bulkiest materials you are going to need are the wood and glass to make the container. This box will house the solar cells of which there will typically be 36 connected together to form an array. I can’t very well give you instructions here as you need to visually see how to make a solar panel step by step. This is why you should consider Earth4Energy as it will show you each step in graphic detail. Although a lot cheaper than buying commercially made solar panels you can still expect to have to pay between $100-$200 per solar panel to get the components you need.
Although this is a DIY project you won’t be making every single component from scratch as you need to obtain the solar cells and batteries to store the electricity you generate. The secret to keeping the solar panel costs down is to buy solar cells that are slightly damaged or blemished. It makes little difference to the effectiveness of the solar panel if it’s constructed from slightly blemished cells. You will be solar powering your home for a fraction of the cost so losing a fraction of the power due to blemished panels is not an issue. The worst case scenario is that maybe you will have to build one or two extra panels to compensate for the difference in quality of the solar cells you have used.
Any guide that shows you how to make a solar panel step by step will show you where to get the parts you need. In fact one of the best places to get the solar cells is on eBay. You can take a look right now to see how much they cost. Remember that you will need 36 cells for every solar panel that you make and that one solar panel will produce about 18v of electricity. So do the maths to work out how many panels you will need to determine your overall budget. All of the other components such as the wood and plexiglass for the panels can be obtained locally at hardware stores and can even be cut to your specifications. Then all you need are components to connect everything together. For this you will need copper wire, plugs and screws etc.
As I’ve mentioned previously the best guide showing you how to make a solar panel step by step is Earth4Energy as it contains all the diagrams and videos showing you how to everything fits together as simply as possible.
If you have seen how much it costs to buy and install solar panels then you will be pleased to know that great savings can be made if you know to how to build a solar panel from scratch. What may have been outside of your budget can suddenly become affordable as the savings can be more than 70%.
The secret that you discover once you learn how to build a solar panel from scratch is that you can buy slightly defective solar cells that have been rejected by the commercial manufacturers. There is nothing wrong with these solar cells other than minor blemishes which prevented them from getting through the quality control process. I’m talking very minor defects here that you would have to look very hard to find and will have no noticeable performance impact on the panel.
Other than these solar cells everything else is obtainable at local hardware stores. The other materials consist of Plexiglas and plywood to build the weatherproof containers that house the solar cells. Then you need copper wire and electrical fittings to wire it all together. It can take a bit of looking around to find the solar cells at the cheapest prices but I’ve found that eBay is a great place to find them. The other things that you will need are batteries to store the electricity that you create.
Your hardware store can cut the plywood and Plexiglas to the required specifications and you just assemble and install everything yourself. It’s important to give the plywood casing a few coats of paint to seal them from the elements to prevent them from swelling up.
It can all be a bit of an effort if you don’t like DIY but the costs savings are huge compared to what you would have spent. Once installed you will continue to make huge savings as you will drastically reduce your electricity bills and may even have surplus power that you can sell to your utility company. Yes, you did here that correct! Many people who have solar powered homes actually get sent checks from their utility company. However this all depends on how much electricity you produce which is determined by how many solar panels you decide to build and how much sunshine you receive.
I highly recommend Earth 4 Energy as being the best guide showing you how to build a solar panel from scratch. This is by far the most comprehensive and easy to follow guide and is fully illustrated and accompanied with videos. You don’t need any special skills and the only tools you need are common to any DIY enthusiasts toolkit. As I mentioned the cutting of the Plexiglas and plywood can be done by the store to the specifications that will have been provided with the Earth 4 Energy manual.
I learnt how to make solar panels from scratch several years ago now and I can honestly say that it was one of the best investments I’ve ever made. It gives me a great sense of freedom knowing that I’m generating my own electricity and not being so dependent on the grid.
As you probably already know it can be very expensive to go out and buy solar panels. But it is far cheaper to make your own solar panel. You don’t need any special skills. All you need are several common tools and some easy to source materials. You can make your own solar panel that produces similar power levels to that of a commercial panel for a fraction of the price.
All a solar panel is a box that holds an array of solar cells. Solar cells are small and only produce a small amount of electricity each. In order to produce a worthwhile amount of electricity they must connected in an array to make your own solar panel. You will need to buy the solar cells but you can get them much cheaper if you buy them damaged or blemished. Have a look on eBay to get an idea of the prices people are selling them for. The little difference a blemished solar cell makes isn’t really an issue when they can be found so cheaply.
You will need about 36 of these solar cells to make your own solar panel that produces about 18v of electricity. Obviously you are going to need several solar panels in order to produce enough electricity to power your home. Solar cells come in different sizes and will therefore determine the size of the panel and how much electricity the panel will produce.
Once you have assembled the solar panels into an array they will need to be mounted in box to shield them from the elements. The box will be made out of wood with a plexiglass front. You can have the wood and glass cut to the sizes that you require when your purchase the materials from your hardware store. By far the most expensive component you will need to make your own solar panel are the solar cells. But you can expect to be able to make your own solar panel for around $100. Check the prices of solar cells on eBay to get a better idea. You will also need storage batteries to store the electricity until it needs to be used.
Other than that all you will need are various screws, copper wire and some electrical plugs to connect everything together. That’s just a brief overview of what you need to make your own solar panel. However you are going to need to follow some kind of plan. The best thing to do is get hold of one of the instructional guides that will provide a proven solar panel design with full instruction on how to assemble and install it. For this purpose the Earth4Energy guide to making your own solar panels is highly recommended.
Many people are finding that they have to pay closer attention to their spending habits due to the current state of the global economy. One of the things that has been impacted greatly is the cost of utility bills as energy costs have been soaring ever higher. As a result many people all around the world are taking a serious interest in building their own DIY solar panels for home use. This is a very cheap alternative to expensive commercially made solar panels that are beyond the financial reach of most households.
Very few people would consider spending in the region of $30,000 to have a commercial solar power system installed in their home. But when they learn that it is relatively cheap and easy to make their own DIY solar panels for home use they often start to take an interest in solar powering their home. The information that tells you how to find the materials that you need and how to make and install the solar panels is available online via products such as Earth4Energy.
DIY solar panels for home use are easy to build and install and don’t require any carpentry or electrical expertise. Solar panels aren’t as effective during overcast weather or at night so any domestic solar power system requires the installation of deep cell storage batteries. These will ensure that sufficient power is available when required. How effective you solar power system will be depends on factors such as how many panels you decide to build and how much sunshine you will receive. Geographic location isn’t as big a factor as you might think as solar power systems can be effectively installed pretty much anywhere on the globe. You might need more solar panels and batteries if you lived somewhere cooler, but it shouldn’t be a big enough issue to rule out solar power.
The Earth4Energy product that was previously mentioned assumes no particular expertise and clearly explains everything you need to know with the aid of clearly illustrated instructions and videos. All of the materials should be locally available in hardware stores. A single solar panel can be built with a couple of days work and you can keep building more to meet even more of power needs.
DIY solar panels for home use are the cheapest method of becoming energy self sufficient or at the very least meeting most of your electricity needs. You can begin to see the financial returns very soon as you won’t have spent anywhere near the cost of commercial solar panels that can take a decade or more to recoup their initial investment. Apart from the environmental benefits and financial savings you won’t have to worry about power cuts. DIY solar panels for home use are also a great way to increase the value of your home should you decide to sell.
The efficiency of a residential solar power system can be increased further by also constructing your own wind turbine. Providing you have sufficient wind that is. These can be built for approximately the same cost of a solar panel. When building the solar panel and wind turbine designs in Earth4Energy you can expect to be able to find the materials you need for less than $200 per solar panel or windmill.
Solar electric panels are made from silicon cells connected together in a series that are sensitive to light. When the silicon cells receive light from the sun they produce electricity. If you are looking to buy solar panels then there are three different types to consider.
The most efficient type of solar panel not surprisingly is also the most expensive. These are known as monocrystalline solar panels and are made from silicon in a single continuous crystal lattice structure. They are virtually free of defects or impurities. They have the advantage of being able to perform better in poor lighting conditions.
The most common type of solar electric panels are the polycrystalline type. These are made from cast silicon blocks comprised of many silicon crystals. Whilst not as efficient as the previously mentioned single type of panel, the difference in efficiency isn’t usually enough to make a huge difference in the amount of electricity that is generated.
The cheapest type of solar electric panels are also the least efficient. Therefore the cheaper the panel, the more likely you are going to be need more of them or bigger panels to generate the electricity you require. These cheap solar electric panels are known amorphous panels. They are manufactured by laying a thin film of silicon across a large stainless steel plate.
The factors you need to take into account when buying solar panels are the amount of electricity you need to generate, the amount of space you have to mount them and how much direct sunlight they will be able to receive. The better quality of the panel the more efficient it will be and the less space it will take up. You may need to buy more expensive solar panels in order to fit them into the space you have available and produce the amount of electricity you require.
Solar electric panels range in power outputs of between1 and 300 watts. The voltage for solar panels below 135 watts is usually 12 volt. For the larger solar panels the voltage will be between 21 and 40 volts. If you wish to use your solar panels to charge batteries to store your electricity the higher voltage solar panels will be needed.
The industry standard is to rate all solar electric panels by their wattage. This is used to indicate how much power they will generate when exposed to full sunlight at temperatures of 25 degrees centigrade. Obviously this is an average rating so in real terms there will be some variation in their actual performance based on your geographic location.
Home solar power systems are way out of the financial reach of most people. Or at least the commercially available solar panels and installation costs are. Regardless of the current costs they are sure to come down eventually as alternative forms of energy are rapidly becoming a necessity. But don’t let the high cost of commercially available home solar power systems deter you as there is far cheaper option of making your own solar panels.
There is a limitless source of solar energy constantly being absorbed by the planet and that can be used to power much of our energy needs. Generating power using dirty fossil fuels is an outdated technology that has only lasted as long as it has due to the huge profits to be made from the sale of fossil fuels.
Home solar power systems contrary to what many people believe do not have to be installed in hot sunny climates to be worthwhile. They can be built anywhere. In cold cloudy places they are still of great value as they store the energy when it’s not needed using batteries. They obviously won’t produce as much surplus energy as they would in an area of almost year round sunshine. Solar home owners in some countries can sell their surplus electricity to the utility company by feeding it directly into the grid.
It is important that home solar power systems are installed correctly so that solar panels receive the maximum amount of direct sunlight. Solar panels must be placed at the best possible angle in order to capture the most solar energy possible. Solar panels that have been configured to receive the maximum amount of sunlight are known as concentrated solar collectors. Non concentrated solar collectors on the other hand are those that are positioned anywhere and may not receive as much solar energy. They may not even receive direct sunlight and may instead capture solar energy that is reflected off of other surfaces.
The cost of home solar powers systems are becoming cheaper in relation to the power supplied by the utility companies. As the cost of electricity increases due to the rapid rise in fossil fuels it is becoming an increasingly attractive option to become self sufficient and use solar power to produce your own. It’s likely that you haven’t even considered that your utility company might even purchase your surplus power. If so you can now take that into account when considering the cost of solar installation. In some countries or states the government will provide tax breaks to home owners who decide to invest in home solar power systems. So if you are living in an area where you can sell your surplus electricity as well as get tax breaks then you really should consider the benefits of a solar powered home.
The costs become even cheaper still if you decide to make your own solar panels. This is actually very easy to do.
All the information you need to build your own solar panels is readily available from the resources recommended on this website such as Earth4Energy. But what happens once you have made the solar panels? What is the next step? The next step is to build a solar power generator. This will allow you to use the electricity in your home immediately or to store it for later use. It will even allow you to feed your surplus energy into the power grid so that your utility company actually pays you for it.
The most basic type of solar power generator are transportable solar power generators. These are the smallest and cheapest to build. They only need a handful of components in addition to the solar panels themselves. You will need a battery, an inverter and a charge controller.
Remember that you can build your solar power generator at your own pace by starting off small with one or two solar panels and adding more later on to provide even more power. These transportable generators will generate DC current which requires an AC inverter to make the power generated usable in the home. The batteries are required to store energy until you are ready to use it. You need to make sure that the batteries that you use are deep cycle batteries.
If you plan to produce surplus energy to your requirements in order to make money by supplying the national grid then you will need a more sophisticated solar power generator. You will need an On-Grid solar power generator. The main difference is that batteries aren’t used to store surplus electricity as it is fed directly into the national grid instead.
If you decide to implement an on-grid solar power generator then you may still want to add batteries to the system to ensure that you have enough power for your needs during the night and during overcast weather. If you are planning on living off the grid then you will need a bank of batteries to ensure that your needs are met.