Making a Solar Panel Can Be a Profitable Weekend Project for DIY Enthusiasts

Making a solar panel power generating system and installing it in direct sunlight can produce usable electricity suitable for powering lights and appliances. Using photovoltaic solar cells placed in view of the Sun’s rays, collected energy is instantly converted into usable electricity. Producing direct current, solar power systems designed with “inverters” transform their power into alternating current, to support the energy requirements of most devices. ­­­

Inside a solar cell, light photons knocking electrons around cause an excited “photovoltaic effect.” First observed in the early 19th century, this heightened state of generated electrons inside the cell builds up a voltage between two opposing electrodes, creating electricity. This electrical current, from the Sun’s radiation, can then be directed through wiring, and instantly provide energy to support the electrical demand of an appliance or to recharge a battery.

The electrical output of a-solar panel is minimal. However, increased electrical power can be created by connecting multiple solar panels together in a series, forming a photovoltaic module. Practical use of a single module includes running single devices, such as an appliance, a phone or small electronic unit. To generate additional power, large enough to support a home, multiple modules need to be arranged in an array. It is quite easy to build an array large enough to support all the electrical demands a single-family residence requires around-the-clock.

To increase interest of the environmentally conscious public to invest funds in purchasing commercial solar power systems or crafting do-it-yourself solar panels, national government programs have been designed to offer tax credits as an incentive. These tax credits lower the overall upfront price of solar panel cost, help the environment by reducing conventional fossil fuel produced energy pollution and reduce or eliminate monthly utility bills.

Due to the current economic crisis, demand for alternative solutions to conventionally supplied electricity is on the rise. As more homeowners install a solar power system at their residence, the overall cost of photovoltaic modules decreases. The availability of generating free energy using renewable resources, such as solar power and wind power creates the opportunity to think “outside the box”. With the ability to convert DC electricity to AC, generated solar power energy can now be used to power off-the-grid applications in remote locations, on recreational vehicles, boats and cars.

For environmentally conscious do-it-yourself beginners and hobbyists, fabricating and installing handcrafted solar panels is a viable option. DIY solar power system information, schematics, guidelines and instructions can be found online at qualified websites. Easy-to-understand solar panel kits are also available on the Internet and can be assembled by any do-it-yourself beginner or novice.

The Price Difference Between Buying a Solar Panel and Making One

When you look at the price of solar panels, you begin to consider other options like making your own. Even though it might sound like a hard task to take over, its not as tough as some might think.

Because of the HIGH costs to buy a PV panel, building your own is probably your only option that comes to mind. And because of the demand for people to want to make their own panels, more information products keep coming around. The only issue with this is that sometime the price to make your own can sometimes be more if you buy a book that doesn’t offer the right instructions.

Let’s look at some of the differences of buying your solar panel from a company, instead of building yourself.

We’ve already discussed that the price is much higher, but by how much? In some cases up to three times more expensive. No wonder why people rather do it themselves.

But you must think about the consequences of DIY. You can end up building it the wrong way and end up with a solar panel that doesn’t work 100% efficiently. Which makes the cost higher instead of just buying one.

How about the time that goes into building one? This can take sometime if you can’t spend every day working on the project. Instead of buying it outright would save you time, but the price paid would be the 2-3 times the cost of DIY.

Another con would be if you bought the wrong information to build your panel and you ended up building something that doesn’t work at all. You would pay the price not only of the product but also the time you put into it and the materials.

So we know that there can be pros and cons to buying a solar panel from a store and creating one yourself. But which is the winner?

The winner is the one that would COST you the least obviously. Specially when it comes to solar power, one of the goals is to SAVE not SPEND. It doesn’t make sense to spend more on something that is suppose to save you and let’s not our planet too.

Making a Solar Power System could be a very satisfying and rewarding project; But, it is extremely important that you use a well made step by step eBook for this purpose.

If you really hope to make your solar panel a success, you must find the right guide. Go now and get started on your project. What are you waiting for? Keep saving the planet and saving money!

DIY Solar Panels For Home Use – 4 Basic Options

There are a surprising number of environmentally conscious mortals who desire to live a more environmentally favorable life. However, most of these individuals are unmindful how to live a more environmentally favorable life. Supplying your own electricity with solar panels for home use is a noticeable way to become more environmentally friendly. This article was composed to establish 4 basic options for DIY solar panels for home use.

The 4 primary options.

1) Hire a professional. This is great if you are extremely rich and don’t want to put forth the effort of setting up the solar panels yourself. The cost for this is epic (average of $27,000). This option is still worth it in the long run because you will be saving money on your energy bill. However, it will take a while to recoup the initial price. Personally, I’d rather buy a grand piano for that price.

2) Your second choice is to buy a DIY solar panel kit. The majority of DIY solar panel kits can be found for $600. While this is MUCH cheaper than choice 1, you’ll have to do the installing yourself. Yes, you might have to climb on your roof. If you’re scared of heights, I probably wouldn’t recommend this choice. You could always put the solar panels in your back yard..but that’s not as efficient. The solar panels won’t receive as much sun.

3) Purchase a DIY solar panel guide. 3 popular solar panel Guidebooks are available online and sell for $40. They’re actually like $39.57, just for promoting purposes. When searching on Google for DIY solar panels, you will see many ads at the top of the page for the guides. The reason these guides are so popular is because they instruct you how to find and buy cheap solar cells, no need for the kit. In this way, you can create as many solar panels as you want.

4) Your forth and last choice would be to find all the necessary info online. Yes, all the info that you need to construct your own DIY solar panels can be found online at various websites and in videos. But you have to ask yourself if it is really worth your time to find all the info, or would you rather just purchase the guidebook for $40? The guide has all the information with video recordings and illustration, pictures and easy to follow directions. Sadly, that is not the case with websites. In the end it’s really up to you, which option you think is best.

Those are the 4 alternatives for you to become an environmentally friendly individual with DIY solar panels. You might be inquiring, which choice is the right way or the wrong way? Truly the only wrong way is to not do any of the options above. It really depends on what type of person you are and on your financial situation as to which alternative you will choose. Personally, I’d recommend choice 3. Invest in purchasing the guidebook so you don’t squander your time scouring the internet for the solar panel info.

Imagine if souls would take the initiative to better the world by investing in DIY solar panels. Some mortals just don’t take the initiative or care. Those who do will be the rich ones and they will be saving money on their energy bills. I can’t wait until the time comes for a Earth to be run on solely renewable energy. Maybe the government will start subsidizing those with renewable energy.

How to Make Solar Panels – 3 Steps Found in Solar E-Books for Generating Electricity From the Sun

Solar e-books provide valuable information, instructions and guidelines on how to build a solar panel to generate electricity from the renewable resources of the Sun. Instructions provide easy-to-understand schematic drawings that allow any do-it-yourself individual the ability to construct both simple and complex solar power systems. With the continuous rise in costs of conventional fossil-fuel produced electricity, it makes sense to seek out alternative avenues to save on your utility bills without altering your lifestyle. With the availability of inexpensive photovoltaic cells, the working heart of any solar power panel, it is now possible to construct your own basic single solar panel, whole house system or anything in between.

While it may seem challenging to figure out the complexities of converting energy from the sun into usable electrical power, pre-manufactured photovoltaic solar cells simplify the entire process. Without any movable parts, the solar cell automatically converts the Sun’s energy into valuable electricity. The only other two main components necessary to collect that energy is to fabricate a container to house the solar cell and wiring to move that electricity to the lighting or appliance you want to run. The container, or module, typically has a sheet of glass on the working side, or sun-side of the unit, which allows sunlight to pass through to the protected wafers of the semiconductor of the solar cell. By using the following simple steps, you can reduce or eliminate your monthly utility bills.

Invest Yourself in the Process – Key to the process is gaining a thorough understanding of how this simple system works, along with the materials needed to assemble a solar panel. Numerous Do-It-Yourself websites offer instructional steps and schematics, laying out all necessary information for building, installing and maintaining a solar power generating system. Included in these guidelines are different efficient ways to construct your system, both with or without using a battery. Building one or more DIY solar panels immediately provides you with electricity to begin lowering your monthly utility costs.

Solar Panel Construction – Most of the materials needed to assemble your first solar panel module can be found locally at your home improvement center. High-quality photovoltaic semiconductor solar cells are available directly from the manufacturer, or can be bought on the Internet at greatly reduced reasonable prices at online auctions, such as eBay. Most do-it-yourself individuals can assemble, install and begin using a single panel in just a few hours. Most instructions include how to construct the panel to be used in a fixed location, or offer portability to be used on camping trips or in remote locations.

Going Totally “Green” – The ultimate design for those interested in living totally “green” is to fabricate a whole house solar power panel system capable of generating enough energy to supply all the electrical needs of your home, both day and night. Though this sounds complicated, a whole house system is nothing more than a group of simple single solar panel units connected together. By connecting a group of modules, or individual solar panels, in a series, you can produce an additive voltage. The connected cells, in a parallel yield a much higher electrical current. One of the luxuries of creating your own solar power system is the ability to build your whole house system a little at a time, as you can afford it. Schematic drawings will show you how to include a battery system large enough to handle and store this excess energy to be used after sunset. Additionally, a great money-saving solar panel design is to feed any generated electricity, not immediately required, directly to the local utility grid, using inverters. Known as a grid-connected photovoltaic solar power system, you can simply use the grid to store your power until it is required, such as after sunset. Building a large system can also provide you with a monthly income, by producing electricity not needed to support the energy requirements of your home.

Times being what they are, rising fuel costs create the need to become invested in looking for alternative ways to generate electricity inexpensively. Being able to harness free energy from the renewable resource of the Sun not only helps manage your monthly utility costs, but also helps save the planet. A well-built do-it-yourself solar power-generating system can last for decades, with no additional costs once the unit has been manufactured and installed.

Knowledge of exactly how to build these different highly efficient systems can be found by downloading this solar e-book on DIY Solar Power Panels. Additionally, you should seek out information on how to construct a solar hot water system to support the heated-water laundry and bathing needs of your family. Also, generating electricity using windmills is a creative and inexpensive way to use the natural resources surrounding your home every day.

Best Solar Panels – Basic Info and International Survey Results

If you are planning the purchase of a complete solar panel system or if you are shopping for parts to assemble your own solar panels you want to make sure to purchase the best solar panels for your individual purpose. This article puts up some basic information on solar panels to help you make the right decision.

One thing right at the beginning, there is nothing like “the world’s best solar panels for everyone.” It makes a big difference whether you want to generate electricity for your home and even feed surplus capacity in the power grid or if you want to charge a car battery now and then. And producing hot water from a solar installation needs actually a complete different technology. In narrower sense those so called “thermal solar collectors” or “solar collectors” are not even proper solar panels. So what’s the difference?

Solar panels (photovoltaic panels, photovoltaic modules) convert shortwave radiation, e.g. parts of the sunlight, into electrical power. They consist of interconnected solar cells which are protected by a range of different materials. The surface is transparent and the solar panel is framed, mostly in an aluminum frame.

Solar collectors on the other hand, are a system of liquid filled tubes. Sunlight heats up the tubes and the liquid. A heat exchanger now transfers the heat to the facility water circuit for warm water and heating. Since this article discusses “best solar panels” let’s get back to generating electricity out of sunlight and save solar collectors for another article.

Before you purchase solar panels make sure you take a close look at the Solar Panel Specification Sheet. It gives you vital details of the particular solar module and helps you choose the best solar panels for your purpose. You may want to look especially at the following data:

Solar cell itself – what kind of semiconductor material is being used?

— Monocrystalline silicon cells (c-Si) have an efficiency degree of more than 20%
— Polycrystalline silicon cells (mc-Si) have an efficiency of 16%
— Flat film amorphous silicon cells (a-Si) have an efficiency of 5%–7% (best solar panels in sales at
thetime)
— Microcrystalline silicon cells (µc-Si) in combination with a-Si cells have up to 10%
— Gallium-Arsenik cells (GaAs), Cadmium-Tellur cells (CdTe) and Chalkopyrite cells (CIS, CIGS) have degrees of efficiency from 10 to over 40% (GaAs). They are not (yet) suitable for most private customers, because either they are very expensive or they are not fully developed, yet.
— Panels containing organic solar cells may become the best solar panels in the future, as they can be produced at relatively low costs. At this time their efficiency is still low (pigmented Grätzel-cells have max. 10 %, others are lower) and their life expectancy is short (5000 hours). But keep them in mind for portable electric devices.

Solar module efficiency

Always look at the efficiency of the total solar module, not only of the individual solar cell and be aware that high efficiency degrees are nothing without a high minimum warranted power rating. (see next paragraph)

Solar module power rating

It tells you about the wattage of the particular solar electric module. Make sure to check the (warranted) minimum power since the maximum power, stated in Peak Watt (Wp), is always measured under standard test conditions (STC). As you know, nature is not a laboratory. It provides real live conditions and they can differ surprisingly in many ways.

Operation voltage

Open circuit voltage, stated in Volts (V), is the maximum voltage a solar cell produces when illuminated and not connected to a load. The hotter the Solar Panels get, the lower the open circuit voltage gets.

Temperature operating range (TOR)

As mentioned above, operation voltage decreases with increasing temperatures. Make sure the TOR suits your local climate conditions.

Construction

Consider that you are purchasing a fragile high tech product that may be installed on your rooftop and should be be able to withstand roasting sun as well as wind, hail and heavy snow loads. Choose the right mounting system. Medium duty is good, heavy duty is better. The best solar panels are useless when blown down the roof and crashed on the ground.

Dimensions

Compare the panel dimensions to the active area to avoid a waste of space.

Inverter

An inverter converts the solar produced electricity (direct current, DC) to alternate current (AC). Look for inverters with heavy duty copper wound output transformers. You set it and forget it. Otherwise you will have your inverter getting repaired or replaced – sooner or later. In worst case that can become necessary on a regular basis. This is no fun and a waste of time and money.

Warranty

20 – 25 years warranty on mono- and polycrystalline silicon solar panels are common. This should be the minimum when purchasing solar panels, since today best solar panels have life expectancies of 30 years and even longer. Take a look at the factory warranty and do not accept only a dealer’s warranty.

Now it’s up to you to choose the best solar panels for your needs. Take your time to compare different panels, inverters and mounting systems. If you want to purchase a complete solar system and get it installed, contact more than one dealer. Now you can ask them the right questions.

In the following I have listed some manufacturers of solar panels, that made it into the Top 3 of ENF’s 2007 brand survey on the world’s best solar panels. ENF is a reputable photovoltaic information company located in China and in the U.K.
The survey gives you a good starting point to find the right panel for you. Please keep in mind that 2 years can be a long time in hightech business so do not rely blindly on the results. For actual info check my blog from time to time (see below). Here are the ENF results:

Best Solar Panels

Global No.1 Brand: SunPower (USA)
Global No.2 Brand: Schott Solar (Germany)
Global No.3 Brand: Solar World (Germany)

No.1 Product Quality: Sanyo (Japan)
No.1 VAlue for Money: Suntech Power (China)

Best Solar Panel Inverters

Global No.1 Brand: Kaco new energy (Germany)
Global No.2 Brand: OutBack Power Systems (USA)
Global No.3 Brand: Mastervolt (the Netherlands)

No.1 Product Quality: OutBack Power Systems (USA)
No.1 Value for Money: Kaco new energy (Germany)

Best Solar Panel Mounting Systems

Global No.1 Brand: Direct Power & Water (USA)
Global No.2 Brand: UniRac (USA)
Global No.3 Brand: Schüco (Germany)

Best Solar Trackers

Global No.1 Brand: Zomeworks (USA)

Best Solar Systems

Global No.1 Brand: Sharp (Japan)

Locate Information on How to Make a Solar Panel

Have you ever wondered how do you make a solar panel, and how expensive is it? The answer might surprise you. While purchasing commercially constructed solar power generating panels can be quite costly, fabricating your own solar power system is feasible and very affordable. Because it is not necessary to build an entire system all at once, it is possible to start with just a few solar panels, and increase the size of your solar power generating system over months or years. However, it is not necessary to wait for the benefits, as even a single solar panel instantly starts generating electricity the moment it is in sunshine.

Informational Basics – It is easy to download informational guidelines on how to make a solar panel to create solar electricity. Many of the sites offer ways on how to make solar cells. Numerous websites offer detailed schematics along with systematic instructions on creating an ideal solar power system. Commercially constructed, or home fabricated solar panels each consists of three main parts: the container, wiring and a photovoltaic solar cell. Outsourcing the materials needed, look no further than your local hardware store for wiring and the components necessary to build the container. Available at online auctions, such as eBay, you can purchase photovoltaic solar cells, at greatly discounted prices.

Size Does Not Matter – Whether you want to build a system large enough to support all the electrical energy needs of your home, or a simple single solar panel to run a light or appliance, any size system can save you money. Once you understand the basics of how to build a solar panel, and acquire the materials, you can easily build a single solar panel in one afternoon. Once your unit is placed in sunlight, it will immediately begin producing electricity, enough to continually run a light or appliance until the sun sets. Should you desire to build a whole house system, it is no more complex than building lots of single solar panels and connecting them together.You can also build a system that connects to batteries, to generate enough energy during the day, to be used at night.

Saving the Environment – Living a totally “green” lifestyle can be accomplished by removing yourself from fossil-fuel generated electricity and gas purchased through your local utility company. By creating a solar power system large enough to support all the energy needs of your entire home, you can eliminate your dependence on conventionally generated electricity. Not only will you be saving money each month on reduced utility bills, you will eliminate some or all of your carbon footprint, the harmful impact your family’s home has on the Earth’s environment. By reducing the amount of pollution your family generates every day, you will be doing your part in preserving the planet, by using renewable resources for your energy requirements.

With the necessary materials to build solar power panels so readily available, making a solar power generating system has never been easier and more affordable. For specific information on how to make a solar panel, simply look online by searching for do-it-yourself solar panels guidelines, or DIY solar power info.

Buy Solar Panel E-Books – Learn To Generate Free Electricity and Save on Your Monthly Utility Bills

I was looking to buy solar panel e-book instruction information, just a few years ago, as a way to generate my own solar power energy producing system. The cost of purchasing commercial solar panels was too pricey for me to consider, and recovering the overall expense would take too many years to make it feasible. However, an engineer friend told me it was easy to assemble these panels, hook them up to a solar panel voltage regulator, a battery, and reduce my monthly utility bills. He encouraged me to start slow, construct a few panels, as I could afford them, and over time, build a whole house system, big enough to generate all the energy my home, a family of four, needed on a daily basis.

Doing just a little research, I found that the heart of a solar panel is the Photovoltaic solar cell pack, that uses the rays of the sun to convert that energy into electricity. And that by installing the cells in a container, and placing the unit so it faces the sun, I would have a simple solar panel capable of running lights or small appliances. By creating more of these panels, I could literally take control of my utility costs. I learned it was not hard to fabricate reasonably priced solar panels that would generate free electricity, but I could also make simple windmills that harness the free energy from wind. I realized it was also possible to create a roof system to harness the heat of the sun, even on a cold day, to heat up water and hold it in my existing hot water tank. Following the advice from my friend, I started slow, and began my venture into becoming “green” by producing my first solar panel, with these three easy steps:

1. Purchased Solar Panel E-Book – Searching online, I found a powerful e-book that provided detailed instructions of crafting a solar power generating system, with schematic information to guide me through the process of building solar energy power panels. The instructions included how to fabricate a container to hold the Photovoltaic solar cells, how and where to install solar cells, and attach them together, to manufacture a voltage regulator solar panel. It showed me how to start small, build only a few panels, to use immediately, and keep adding additional panels every few months. By including a battery, I would be able to construct an energy-producing system I could use even when the sun has set.

2. Assembled My First Multi-Panel System – I first sourced the solar cells, searching locally and on the Internet for quality units at an inexpensive price. I purchased my solar collecting cells online, at an auction site, at a very reasonable price.Using readily available materials I found at my local home improvement center, I was able to construct the Photovoltaic solar cell containers. I adjusted the calculations of the schematic drawing of the container to fit the dimensions of the solar cells I purchased. I then stabilized them in the container I built. After getting through the construction of building the first unit, I made multiple panels. Following the instructions, I was able to connect the first panel to the second, and so on, until I had made a mini-system. When I was finished assembling my first mini-system, I installed it on the roof of my house, in alignment with the movement of the sun.

3. Continuing to Grow – My mini-system started producing electricity from the first moment I placed it into the sun. Every few months I fabricated more mini-systems and tied them into the larger system. Within a few years, I had built a solar power system large enough to supply all the energy needs of my home. I now have a system larger than what we need, and sell all the excess power to our local electric company. The utility company installed a reverse meter on my house, which runs backwards as the extra power is sent through the line to the national power grid. Though it produces all the power we can use, and an excess, the entire power producing system takes up only a portion of our roof.

We have never had to compromise how we use electricity in the house. I no longer have a utility bill from my local electric company, as my house is 100 percent solar energy self-supporting. The excess power now provides me with a monthly check from the power company. Because I built the solar panels, as directed, using quality materials, there is virtually no maintenance to keep the solar panels running daily. It has no moving parts, so I expect the system to last as it is for well over 50 years. I am now ready to invest my time in building windmills in the backyard, that will harness the power of the wind and generate even more electricity. I also have enough room left over on my roof to construct a heat collecting system to raise the temperature of the water we use daily for bathing and laundry.

Whether you are a beginning do-it-yourselfer, interested in constructing your own solar-power panels or an electricity aficionado who can make your own tesla coil, manufacturing a solar power system is quick, easy and affordable. The system will begin to pay for itself the moment you install it.

Exact detailed solar panel e-book instructions can be found on the Internet to manufacture your own DIY Solar Power System kit for your business or home, searching for Do-It-Yourself Solar Power Panels. Using affordable materials, you can easily assemble your own solar panel system. Begin by building a small system, and add more panels from the money you save on your utility bills.