How To Build Your Own Solar Panels – Things You Should Know!

OK, so you are looking for information on how to build solar panels for your home or business? You have come to the right place that’s for sure. Here are some key pointers you should consider before going ahead with any “do it yourself ” installs. If it all sounds confusing or out of your technical capabilities, don’t worry, we will explain the whole process and you can decide for yourself.

Lets get started. In simple terms, a solar panel is a box containing solar cells.

*GRAB THE ULTIMATE DIY SOLAR PANEL INSTALLATION GUIDE HERE*

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A solar cell can be called a solid-state electrical device that is able to convert light energy into electrical energy. Different materials can be used to create solar cells but as you would expect, the variations in material will have an impact on cost and effectiveness.

Why & How To Build Your Own Solar Panel DIY System:

It is perhaps only natural that some people, after you tell them your ambition, will ask you why would you want to build your own solar panel? You will likely already have some answers ready and waiting for them.

Here are some of the reasons you may wish to give your inquisitive friends about why you’re looking in to how to build a solar panel home system:

➤ Learn a valuable skill and save money doing it yourself
➤ The rising costs of electricity and energy
➤ Not having access to electrical outlets
➤ A desire to become more environmentally friendly
➤ You need power in a remote location
➤ The challenge it represents
➤ Because you can…

Yes, sometimes the easiest answer is because you can. It was a good enough justification to go to the Moon and it’s a good enough reason to build your own solar panels. DIY solar panels is easy to understand and implement. However, you can also buy solar panels. There are many solar panel kits available in the market, also you can build you own solar panel kits from scratch.

How To Build Solar Panel Systems – Beginners Guide:

The main working part of a solar panel would be the solar cells. But you need somewhere to house the cells together, which is why every solar panel should start off as a shallow box.

You may decide to buy a shallow box pre-made and if that’s the case, grab your measurements and carry on. If it works for you then that’s the most important thing. But where’s the fun it that. The box is the starting point of your project and of your fun!

Making The Box:

The reason for having a shallow box is to ensure that the sides of the box do not place the solar cells into the shade when the sun arrives at an angle. Maximizing the level of sunlight you have available is a sensible idea for your solar panel and a shallow style box will give you access to more sunlight.

Taking the solar cell considerations of earlier (the 36 3″ x 6″ solar cells), a 3/8″ plywood base would be acceptable, with the length and breadth dimensions measuring 45″ x 22 1/4″ . The pieces of wood around the edge will be satisfactory as 3/4″ x 3/4″ and these pieces should be glued and then screwed into the plywood board.

For ease and convenience, you may wish to place a piece of wood across the middle of the board to split the board into two sections. This will see each section hosting 18 blocks of cells in either side. If you want to build your own solar water heater then box plays a critical role.

You Need To Protect The Solar Cells:

While learning how to build solar panels it is important to start thinking about how you will protect the solar cells from the extremities and weather.

It makes sense to use a plexi-glass front for your solar panel. Glass is certainly an option, but given that glass can be fragile, is it the sort of protective layering you want for your small panel?

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Debris and even hail stones can cause your glass to shatter and then smash the solar cells, so opting for the plexiglass is a sensible option. Again, the size of plexiglass you need will depend on the size of the solar panel, but you’ll be more than aware of your sizes by this point.

A Coat Or Two Will Work Wonders:

At this time, it can also be of benefit to paint the shallow box that will become your solar panel. A few coats of paint will give it an added element of protection from the weather and moisture. It’s beneficial to paint both inside and outside of the box. Color is of no importance, so if you have paint lying around the house or garage, feel free to use that. Otherwise, think about what would work with the look and feel of the surrounding and opt for that.

You should also give the peg boards or whatever inner lining you’ve chosen for your solar panel a few coats of paint too. It is important to paint both sides of the board in order to minimize any exposure to moisture they may experience.

This is important because moisture can lead to the board curling and this will damage the cells attached to it. This is pretty much everything with respect to the shell of the solar panel. At the end of the process, the plexiglass will be securely fastened to the box. But for now, attention falls to the solar cells.

The Solar Cells:

Just to re-emphasize the point, remember that the solar cells are extremely fragile and need to be carried and looked after well. Knowing the size of your solar cells, your first task with regards to placing the cells into the panel should be to draw a grid pattern onto the pieces of peg board within your box. This is to outline where the cells will be placed on each section of the board.

It doesn’t really matter how you mark these outlines as they are only for guidance, but many people prefer to work in pencil, so that is recommended.

Once the spaces have been marked out, you should lay the cells onto the pattern upside down. The cells need to be placed in this way to enable them to be soldered together.

You Need To Solder On:

You should note that the cells in each panel (in this case 18, but again, your panel can contain as many cells as you like) will have to be soldered together in a series. It is easier to start with just two cells which should both be upside down. The trick is to reach out the solder tabs of a cell onto the back of the solder point on the next cell.

The way the connection should run is that the negative tab of a cell, to be found on top, should be directly connected to the positive tab on the following cell, which will be found on the bottom. This creates the series, which adds to the level of voltage obtained from the panel.

The above process is one that needs to be repeated for as many cells as you are looking to bring together into one string of cells. For the scale of solar panel we have discussed so far, a string of 6 cells is about right, and you will find that you do this three times to get a total of 18 cells for this section of the panel. Solar panel kits sometimes have the soldering equipment.

Wiring And Securing The Cells:

The next step is to wire the three separate strings of a cell into a series. This is a simple process where you have to connect the positive terminal from one cell to the negative terminal in the following cell.

Once your cells have been connected together, the next step is to secure the cells into place in the panel. Even though gluing the cells into place is not the most difficult part of the process, it can be awkward. So again, caution is advised. We say glue but clear silicone caulk is advised and a relatively small dab should be placed into the centre of each cell that’s involved in the six cell string.

From here, turn the string over, and using your markings from earlier, put it into place in your panel. Learning how to build solar panels and knowing how to secure your cells, both have equal importance.

Flipping Pancakes Can Be Tricky:

This can be a difficult process; after all, flipping pancakes is difficult enough, so why should flipping a string of solar cells be any easier? If you’re able to rope someone in to give you a hand for this part of the process, it can make life a lot easier.

Again, you will need to apply some pressure to ensure that each cell becomes attached to the panel of peg board but exerting too much pressure can damage the cells. So use pressure… but not too much!

It’s also important not to use too much glue in this process. And when you apply glue to the cells, make sure to apply the glue at the centre. This is because the panel and cells will contract and expand over the seasons as temperature and humidity come into play. Applying glue to just the centre of the cells allows for an element of expansion and flexing that will ensure the cells don’t crack.

This is one process, but some experts find that gluing the cells into place ad then attaching the tabs is a more sensible approach while learning how to build solar panels. Honestly, there isn’t a lot great difference with respect to result. Some people will prefer one style of approach, whereas other people will find the other to be more convenient.

Again, if you have time and spare cells, you may wish to carry out a trial run beforehand to see if there is a style that comes easier to you.

The next step is to ensure that the separate strings are connected together. The first and second strings of the cells have to be connected together here as will the second and third strings at the opposite end of the panel. You can do this with a number of materials including regular wire, copper braiding and solar cell tabbing material.

If you have any of these materials at hand, use them. But if you have to buy them in, just buy whatever is convenient or suitable for your budget. As long as the connection is securely made, there will be no issue with material. The glue or caulk that you used to attach the cells to the peg board earlier can be used to anchor the braid down and ensure it remains in position without flopping around.

Test The First Half:

While learning how to build solar panels, the first thing you need to test your panel is a voltmeter. In order to do the testing, your voltmeter should be set at DC (direct current) volts and then the measurement should be across the + and – (positive and negative) terminals of the panel. The testing rods of your voltmeter should touch the positive and negative wires that are running from your solar panel.

This is known as the open circuit voltage. A reading of around 9 would be considered a good return for the outlined panel but again, a lot will depend on the size of the panel and number of cells you are using in your solar panel.

Once you have your current, be sure to multiply it by 17 in order to determine the wattage. If all is well and you are happy with the volts supplied by the first half of the panel. If the first half worked perfectly, there is no need to change a thing. Simply go back through these steps and work your magic on the second half of the panel.

If you’re getting no volts or falling short of the volts level you’re looking for, read through these steps once more to find where you may have gone wrong or if a connection has come loose.

Taking a break and then coming back to the project refreshed is often sensible and it can help you see any problems that you may have been too close to see the first time around. All being well, any problems will be ironed out and you can set about completing the second half of the panel.

Once the second half has been placed and tested, it’s time to install them into the main frame and wire the two separate sections together.

The Home Straight:

With both halves of the panel in place, it’s time to screw them permanently into position. Small screws will be more than sufficient to anchor each side of the panel into place.

Ensuring both sides of the panel are wired together is an important process and this is where the vent holes placed into the central divider will start to be of benefit. The wire can be run through these holes completing the connection and then more caulk should be used to ensure that the wires are anchored down.

You Need A Blocker In Your Panel:

Once the wires have been connected, the next step should come with placing a blocking diode in the series. This is an important step because without it, the effectiveness of your panel will be greatly diminished. The blocking diode prevents the solar panel from discharging the batteries in the evening or when there is no sun.

There are a number of diodes you can use for this task but the Schottky diode (with a 3.3 amp current rating) is a good one to use. This brand has been found to waste less power and with every watt counting, it makes sense to opt for this option.

If you have trouble sourcing this locally, once again eBay will likely be the best place to find what you need. Given that the diode is designed to allow the flow of electricity in one direction, it’s important to connect it in series in the correct direction.

The diode will have a marking on it, indicating the direction of the current flow and the marking will look similar to this >|- This indicates that the flow was running left to right and this is the manner in which it would be connected to the wiring inside your panel.

Connect the wire from the panel into the correct end of the diode and then run another wire from the opposite end of the diode, continuing the series. The diode should be securely fastened to your solar panel.

The best place to mount the diode is inside the panel as the forward voltage drop decreases as the temperature increases. The inside of the panel will be warmer than the outside of the panel and this means that the diode work more efficiently. Once again, use the caulk to attach the diode and the wires to the board.

Drill Holes And Relieve Stress:

From here, the next step is to drill a hole into the rear of the panel, close to the top of the panel, in order for the wires to leave through. It’s sensible to place a knot in the wire to provide an element of stress relief and yet again, caulk should be used to anchor the wire in place.

The next step is to properly secure the plexiglass but it should not be carried out immediately after applying caulk. Fumes from the caulk have been known to leave residue or film on the inner layer of plexiglass. This may not have a major impact on the results you can achieve, but why take the risk?

*GRAB THE ULTIMATE DIY SOLAR PANEL INSTALLATION GUIDE HERE*

Again, if this gives you the opportunity to take another break before heading for the final touches, it’s no bad thing. While you’re using the caulk, you should apply it to any holes which have wires poking through them to add an extra layer of support.

With this task completed, the next step is to run a number of tests to ensure you are happy with the solar panel before you securely seal the plexiglass into place. It’s obviously going to be easier to make adjustments with the plexiglass not in place but once you have tested the panel and are happy with what you find, it’s best to seal it all up. The same procedure of using the voltmeter as before will be more than adequate.

To Repeat That Step:

Your voltmeter should be set at DC volts and then the measurement should be across the + and – (positive and negative) terminals of the panel. The testing rods of your voltmeter should touch the positive and negative wires that are running from your solar panel.

For the panel outlined in this article, a reading of around 18 volts is to be expected, but remember to keep your expected reading in line with the size of your solar panel. Once you’re happy with your readings, you can screw the plexiglass into place and then seal it up with caulk or duct tape.

The last step now is to take the protruding negative and positive wires and plug them into a charge controller. The charge controller is a vital component of any solar panel because it prevents the battery from overcharging and it prevents reverse flow.

Some users will say that the diode prevents this but if you’re a “safety first” type of person, using a charge controller makes perfect sense. Charge controllers come in a variety of different makes for different voltages, so bear in mind what sort of voltage you are hoping to generate with your solar panel and buy accordingly.

Once this task has been completed, your solar panel is for all intents and purposes complete. To get the full benefit from it, the charge controller will need to be connected to an inverter.

The inverter will transform the direct current from the battery into an alternating current that will be able to power your appliances. Once these connections have been completed in the standard fashion, your solar panel will be good to go. At the same time you have also learnt how to build your solar panels at home.

how to build solar panels

Relax and take in the beauty that is your new solar panel, ready to bring you energy, save money and help save the environment.

I hope my information on how to build solar panels  has proved helpful to you, and that you can create your very own fully operational home solar system. Good luck and enjoy.

 

*GRAB THE ULTIMATE DIY SOLAR PANEL INSTALLATION GUIDE HERE*

Build Your Own Solar Panel

Author: Dan Craig

DIY Solar Panel Kits For Home Use

I know what you are thinking, DIY solar panel kits for the home are just too expensive. When we talk about solar power, the first thing that comes into our mind are those expensive machines that produces electricity derived from our sun’s energy. We also think these panels are usually installed on top of high rise buildings owned by multi-millionaire companies.

They Almost Kept This DIY System A Secret -Find Out Why!

DIY Solar Panel KitsBut thanks to some recent breakthroughs, solar panels can now be installed at our very own home. It is made to be cheaper so that everyone can afford it, and installation is made easier as well. It is great way to conserve the use of electric energy and to reduce monthly bill payments.

DIY Solar Panel Kits Will Save You A Fortune In Costs

Aside from that, it is also eco-friendly for it reduces the carbon footprint we may leave after living this earth. Is it possible that an average person can install solar panels and make use of solar energy at home?

The answer to that question is yes. And in this article, we will try to learn the ways on how to install a DIY Solar Panels Kits for home use so that everyone can enjoy the benefits of solar energy.

Solar Energy Converted Into Electricity Explained:

The concept of Solar Power is not new to us, but it’s too complex to be understood. So before we proceed further in discussing the main topic, let’s try to comprehend first how solar energy is converted into electricity.

Try to imagine that the sun is one giant nuclear power plant. This big ball of fire releases energy so intense that it’s equivalent to 100 billion Hydrogen bombs per second! The energy released by the sun is then transmitted through radiation.

Through the rays of the sun, there are particles called photons which dwell into the electromagnetic spectrum. In short, solar energy is the energy produced by the heat and light of the sun. The solar panels, on the other hand, have another device in it which is called as transducer.

They Almost Kept This DIY System A Secret – Find Out Why

The solar cells trapped the heat (which includes the photon particles) and then the transducer will then convert these photons from the electromagnetic waves into electricity. The more solar panels installed, the more electricity is produced.

DIY Solar Panels Kits Installation Procedure:

Nowadays, there are PV or Photo Voltaic Panels that are made available to the public. In order for you to properly install the Solar Panels own your own here are some steps to consider:

1. Location – before you start with anything, try to consider first the location of where you’re going to install you Solar Panels. According to experts, the best place where you can install you kit is somewhere facing the Northern Hemisphere where the PV cells will be facing south. It’s believe that the PV cells will have more time facing the sun and more amount of energy to be converted into electricity.

2. As of the moment, there are two known ways to install solar panels and these are through roof mounting or by ground based. Choose which one of these installations would fit best in your residence. Once the location of the panels and the type of installation have been determined, measure the area and establish its measurement so that you can determine how many solar panels you want to be installed.

3. Go to any local solar industry companies and order the number of panels you want to install. At the same time, try to go to the hardware store and buy some things that you need for the installation. Most of the residential solar panels are installed at the roof. So if you plan to do the same, make sure that you include the residential roof mountings upon the purchase of the solar panels.

4. Now that all the materials needed are set. It’s time to make the roof mounting and install the solar panels. Follow the instructions provided in the roof connector kit. As usually indicated in the instructional, you will need to secure the mounting rail by securing the roof trusses.

5. It is understood that installations will be done with the use of screws. So before screwing the screw you must use some sealant such as a roof sealant or a silicone sealant to seal the hole where the screw will enter. This will prevent any possibility of moisture or water from entering into the household at the event of fog and bad weather.

6. Attach the solar panels into the mounted railings and make sure to secure the panels in place.

7. If you are not familiar with the electrical side of the installation, try to get the services of an electrician to do this job for you. Make sure the one that will do the job for you is a qualified electrician as you have put a great deal of money in this project. At the same time, for the safety of the household, make sure that this guy is licensed to do electrical jobs.

8. Once the installation is up and working, you can enjoy a new and environmental way of getting electrical energy. This is only an option to consider, but if you want you can contact your power company and inform them that you already have this technology in your home and then you might not need their services anymore. Or if you still want to continue rendering their service but planning to cut off on the bills, then by the time the panels are charging you can use the energy source coming from the power company. And if the solar panels are fully charged, you can simply switch from one power source to another.

DIY Solar Panel Kits For Home Use – Our Conclusion:

Solar energy is considered to be one of the most efficient, economical, and eco-friendly way of getting electricity. Though this was once considered to be a very expensive technology to be used by a few, today is made more accessible to the use to many with the help of some breakthroughs.

solar panel roof kit

 

And by following these steps mentioned above, surely you can enjoy the benefit of solar energy and have the taste of clean power. Hopefully, you have learned gained more information about this article on DIY Solar Panels kits for home use.

 

 

They Almost Kept This DIY System A Secret – Find Out Why

How To Build A Solar Panel

Author: Dan Craig

Teach Yourself How To Build A Solar Panel Home System

These days, the cost of fuel is increasingly steadily each and every single day. It will not be too long before the cost of powering a home becomes one of the most expensive expenses for any family. As a result, more and more people today are experimenting with building solar panels on their own in order to offset their household’s annual utility bills.

how to build a solar panel

If you are wondering how to build a solar panel, than you are in luck. The process itself is very simple and straight forward, however the skills needed are not necessarily the easiest to learn.

There are many tools that you are going to need in order to build your own solar panels. You will also need the right materials to complete the project.

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Your first step when it comes to building a solar panel is determine how many watts your will be needing. You will also need to know what voltage output you will be needing. This is important as it determines the size of the final panel, the number of cells and their arrangement. Each individual cell only produces a finite amount of power and to get the energy you need to power your home, you are going to need hundreds if not thousands of cells.

Now that you have determined the size and layout of your panel, you will need to create a water-tight frame that will have a glass pane on one side and the cells on the other. While many people have been making their frames out of wood, if you are better at working with metal than it is suggested that you build a frame using aluminum angle bar.

Your clear pane of glass must somehow mount snugly to the frame. This has to be a water-tight seal as well. Preventing water from getting to the solar cells is important as both the bus bars and other electrical connections will oxidize and corrode. Over time, this oxidation and corrosion will reduce the efficiency of the panel.

Your cells will then be soldered together on the back side of the pane of glass and attached to the glass. Most people attach the individual cells to the glass using clear silicone sealant which is available at any hardware store. Some people simply apply a bead around the cells while others completely immerse the cells in a thinned down caulk solution.

Professionally manufactured solar panels  usually feature a backing plate as the cells are very fragile. Chances are that you will break or chip a number of cells while you are assembling your very first panel. If you have decided to immerse your cells in a solution of silicone and toluene, then you might want to think about using a plate of aluminum as a backing plate as it will also double as a heat sink.

Making sure that each cell is firmly attached to the panel and that they are all sealed from contact with moisture is important as it prevents corrosion of the terminals. However, keeping the cells cool increases their efficiency. Solar cells heat up when they are in the sun and the hotter they get, the less efficient they are. This is the purpose of using a heat sink on the backside of the panel whenever it is possible.

While there are many great ways of building a solar panel on your own, not everyone has the skills necessary to complete the task from start to finish. For this reason, specially made kits have been developed which makes it easier to assemble your own solar panels. When compared to purchasing a commercially manufactured solar panel, choosing to build one or assemble one on your own is a great way to save even more money.make your own solar kits

Your goal when building a solar panel is that it will last you at least 20 years with the most minimal of maintenance possible. This means that the cells need to be completely sealed from the environment and the glass is as durable as possible. While you may be tempted to use the thinnest pane of glass you can find, keep in mind that thin glass breaks all too easily.

In the end, if you are successful at building your own panels, you can save a bundle. With a commercial panel costing thousands of dollars and a homemade one costing only a few hundred dollars, the savings is clear.

Not to mention the fact that if you build a large enough array that you can afford to buy cells by the case, you can save even more money. Today, one can build their own solar panels for a lot less than a dollar per watt; which has been the all important cost barrier that has prevented solar technology from becoming more common. Home built panels these days cost less than half of a dollar per watt.

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How To Build A Solar Panel

Author: Dan Craig

How To Build A Solar Panel The Easy Way

More and more people these days are opting to build a solar panel of their own. Some of them plan on offsetting their family’s annual utility bills while others are simply experimenting with the technology. Regardless of your reasons, it is great step forward to seek more earth friendly means of generating power.how to build a solar panel right

The process of building a solar panel is a simple one, but you will also need to have certain skill sets. However, if you are wondering how to build a solar panel on your own, the following is an outline of the steps and skills needed to complete this project.

Today, it is completely possible for you to purchase a commercially manufactured solar panel for a few thousand dollars. However when you choose to build your own, it will only cost you a couple hundred dollars; and some of your own hard work and time.

Before you can begin construction of your own panel, you will need to decide how many watts you want the panel to produce as well as what power you want it to put out. Your output power will depend upon the electronics that you choose to purchase to invert the direct current to that of AC. Keep in mind that the higher the voltage pout out by the panel, the more efficient the power inversion process will be.

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Being as efficient as efficient as possible is very important. Not only should the panel be designed to be as efficient as it possibly can, you must also make sure to purchase the most efficient cells possible. More efficient cells will cost more, but they produce more watts for a given area,

You will need to build a frame for your panel. Most people build theirs using wood. A simple wooden frame is easy to make. If the wood is properly sealed from the elements than it will also last a long time too.

Make sure that the lumber you select is as dry as possible before you start constructing the frame. Keep the bugs out of the wood by mixing Borax in hot water and spraying it on the finished frame before priming and painting it. This causes borate crystals to form on the surface grains of the wood which keeps the bugs from digging in.

Choose a think and durable pane of glass. The glass should not have any form of reflective coating on it. Remember that it has to let the light through, while also protecting the very fragile solar cells from damage. Since glass is not perfectly transparent, you may have to make a choice between thickness versus performance. At the same time, the thicker the glass is, the more the panel will weigh.

The cells will be soldered together in a complex mix of serial and parallel connections in order to create the desired output. In series, the voltage increases but the amperes stay the same. In parallel, the amperes increase, but the volts stay the same. The law of energy conservation tells us though, that the output watts of the panel are the same regardless of the how the cells are soldered together. Therefore, the watts are determined by the actual number of cells in the panel.

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After being soldered, the cells will need to be sealed and attached to the glass pane. The best option is to make use of ordinary clear silicone adhesive. Silicone adhesive can be very thick and hard to work with, but it can be thinned down using toluene. In commercially manufactured panels, the cells are soldered together first than incased in silicone before final panel assembly.

Protecting the back side of the panel is also important depending on the expected use. If you only plan on placing the solar panels on your roof and will be careful not to break any cells, then you may not even need a backing.

However, when the backside needs protection, try to use a heat sink material such as a plate of aluminum. Since the efficiency of the panel decreases as the temperature increases, making sure that the cells stay cool is therefore imperative to the panel’s capabilities.do it yourself save thousands

The cells and all the connections need to be sealed from the elements as they will eventually corrode. Corrosion is the number one cause of failure in a solar panel which is why commercially manufactured unit are first sealed before assembly and why they are also so very expensive too.

If you are not up to the task of building a solar panel, you may also choose to use a kit that only requires final assembly.

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DIY Solar Panel Kits

Author: Dan Craig

DIY Solar Power Kits Will Save You Money

More and more people are wanting to reduce their monthly electricity bills as much as possible these days. The cost of producing electricity with fossil fuels is just getting too expensive in recent years. As such, many people have already decided to install solar panels on their home. However, since commercially manufactured solar panels are so expensive, many people have opted to make their own instead.

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DIY Solar Panel Kits

Not everyone has the skill sets needed to build a solar panel from scratch. Maybe you can’t solder or lack the ability to build the frame for your panel. Regardless of your reasons for not building your own solar panels, it is good to know that today one only needs to buy DIY solar power kits.

For most who do not have the thousands needed to purchase commercial panels and lack the time and skills to build a panel from scratch, a DIY solar panel kit is the obvious solution. Furthermore, it offers anyone who has very little knowledge about solar energy an in-depth introduction to the many aspects of building a panel.

There are many different kits that are available today. You can get small kits that are good for only a few watts, or you can get large sets that can produce thousands of watts of power. Furthermore the amount of skill needed to assemble a panel from a kit can vary depending on the company offering it. For the beginner, you may only need to make a few solders and then screw together two panels. However, for the more advanced kits, you may need to do all of the soldering and assembling because you are only provided with the basic parts precut and drilled.

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If you have ever looked into the cost of installing a solar panel ,then you will notice that a commercially made unit can cost thousands of dollars. If you hire a company to install it, the price can get even higher. However, if you buy your own cells and make every part of the panel from scratch, then it may only cost a couple hundred dollars to build a panel. DIY solar power kits on the other hand cost only slightly more than a build from scratch, yet included professionally cut and drilled pieces that come complete with a warrantee.

Don’t be intimidated by the thought of building your own solar panel. Sure the first one you build may not be that easy to complete, but once you have the opportunity to build one panel, each new one that you build is just that much easier. Since most homes will need many panels to provide a complete off-grid experience, you will have plenty of opportunities to become an expert in building your own solar power systems.

Start off the right way by using a DIY solar power kit and build up the experience you need to build larger and more complex systems. You will learn a lot from the experience and also save a bundle in the process. So whether you lack the skills or time needed to build a panel from scratch, or just do not want to spend the large quantities needed to purchase commercial units, a kit is the best option.

Just think, in no time you can be producing your own electricity. Start off small and create enough electricity to power some small appliances in your home and then work your way up. In time, you will be able to love entirely off-grid. If you are lucky enough to live in an area which allows you to sell your excess energy back to the power companies, than you actually make some profit in the process.get some help with the install

You will be doing your part to help save the environment and develop a more sustainable community by choosing to make use of solar panel in your home or business. Countless home owners and business owners across the nation have already installed solar panels and are reaping the many benefits of solar power.

While the costs of solar technologies are steadily decreasing, don’t sit around and wait too long to install your first solar panel by choosing to put together a do-it-yourself kit that is ready to go and easy to assemble.

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Advantages Of Solar Energy

Author: Dan Craig