1. Where will it get the most exposure to the sun?
2. Where will it require the least amount of wire?
3. Is it in a convenient location?
4. Will it allow for easy expansion if necessary?

When choosing your location take into consideration all of the objects on the mounting surface.  It’s best to mount away from objects like Air Conditioners, Satellite dishes and antennas.  All of these can cast shadows and reduce the potential of your panel through the day.  Also keep in mind roof vents that may appear to be low profile but when open can also cast shadows.

If you haven’t already ran the wire think of where it will come through the roof.  The most common places the wire will come through the roof are through fridge or drain vents, so it is usually best to mount near one of these.

Keep in mind that you will need to occasionally gain access to the objects on your roof so try to find a location that will not interfere with access to all of the objects on your roof including the Solar Panel.

The final consideration is future expansion of your Solar Panel charging system.  Try to envision where your next panel would be located.  If you do this it will ensure you don’t need to relocate any panels if you desire to add more clean power to your system.

These are just some helpful hints to ensure you save yourself some time in the future and you get the most out of your Solar Panel.

Most 5^th wheel trailers will have a drain vent that runs through the storages compartment in the front of the trailer.  This is a great place to run your wire.  You can drill a whole right below the floor to pop the wire out and then into the battery compartment.

On travel trailers you can run it down the fridge vent.  Usually below the fridge you will find your breaker box or cold air return for your furnace.  If your inverter is located below the fridge you could tie into the system there.  However I would recommend installing the charge controller by the batteries.  A good charge controller will adjust the charge rate based on the temperature.  If your furnace is running it could negatively affect the charge.

The gage of wire should not be less than 14 awg and when you take into account the length of the run you should use 12 awg or 10 awg. For the most part 12 awg would be the recommended gage but it never hurts to go heavier. 14 awg should only be used in very short runs. This will help make sure you get the most juice where you want it.

You also need to take into consideration that the wire sits exposed to the sun and elements 365 days a year. Therefore I would recommend using wire which has some type of UV protected insulation. Landscape wire works well but you should make sure its braided and not solid copper. Braided wire is much more flexible and will be much easier to fish to your desired location.

These few minor details will help insure that you get the desired performance from your solar panels for years to come.

Starting in 1830 John Herschel took a solar thermal collector box to help collect the sun’s energy to help cook meals in Africa. Now that people know how to use the sun’s energy, we use it to heat water, buildings and greenhouses. We even use solar energy to generate electricity so all our electronic devices and lighting can work inside our homes, schools and businesses properly.

There are two ways we can converted solar energy into electricity now a days. The first was is by using solar cells and the second way is by using solar power plants. There are different types of solar plants that create energy such as solar towers, solar dishes and parabolic troughs. All use the sun’s heat and light to create energy. Most of these solar plants do not cause air pollutants, or takes up land that is need for more important living beings such as animals and plants. Some solar plants are capable of causing harm to insects, birds and animals that do get in the way of highly concentrated sunbeams created by the solar plants to make energy.

However, some toxic chemicals and materials help make solar cells so they can convert sunlight into energy easier. Those toxic chemicals and materials that are used are harmful to the earth and to all living beings. With that being said solar energy is still the safest way to product heat and electrify.

The other down side, solar energy can only be produces when sunlight is constantly shining which is not always the case on earth. Some areas on the earth are dark for long periods and in these areas, solar energy will not work. Sometimes weather can affect solar energy. When it is cloudy and stormy, sunlight does not shine through the best, which means solar energy is unavailable to make electricity and heat.

Typically, the best places on earth to create solar energy are where the sun shines the most. Otherwise, solar energy is not an option to help create heat and electricity for homes, schools and other business. Right now solar energy plants are mainly found in California and Europe, but can be found in many other places of the world where the sun shines brightly.

Solar Panels gives your batteries a chance to stay charged fully and longer. Solar panels are very affordable for those that are considering them. The three basic solar panels are single crystal, polycrystalline, and amorphous silicon. Single crystal is also known as mono crystalline is when each cell is cut from a single silicon crystal. Polycrstalline is where individual cells are composed of many crystals. Amorphous is where vaporized silicon is deposited on some substrate.

When installing a solar panel on your boat, you need to provide over-current protection which is a fuse or circuit breaker. This will prevent the wiring from melting if a short circuit should occur. 30-amps would probably benefit you more because they eliminate a possible fuse blowing. It is what is considered above the maximum output but is still below cable rating. So it will benefit you either way.

You may want to consider a voltage regulator because when the boat is at idle the panels can overcharge your batteries. A voltage regulator will prevent that from happening. It will increase the solar output by 15%. Be prepared to spend some money, because not only will it be time consuming, it will cost you. If you want to do things the right way and intend a successful installation, you should consider adding the extras.

If you add LED lighting to your solar panel on the boat, you can reduce your electrical load to where the solar panels can acquire the full 24 hour period. You get what you pay for. So the more you invest in it, the better your solar panel will be.

Solar panels may take some time and investment, but in the end you will not be disappointed. Your boat will, in the end, greatly benefit from the use of solar panels. You can achieve much satisfaction out of installing these. In the future, many will expect to see these solar panels built already into decks, and sails.

Once the solar panels are saturated with energy, the RV is fully equipped with power for anything inside the RV that is capable of running on 12 volt energy. The advantage of using renewable energy provided by the sun is that in addition to reducing the reliance on DC power, they don’t add extra weight to the RV, which means there isn’t an excessive burden on the engine and transmission from heavy hauling. The money saving benefits is doubled because a lighter RV load burns less gas.

There are two options when it comes to the installation of RV solar panels. One is the money saving option of self-installation using mobile panels with no special wiring or attachments required and permanent solar panel which require professional installation. Mobile panels are versatile and are completely removable and they do not damage the body of the RV. Drilling is required to attach permanent panels, because it doesn’t damage the vehicle it adds to the overall resale value of the RV.

The sun provides clean, efficient, quiet renewable energy that is free to use. Free electricity that is accessible to anyone with an RV. This saves both money and gasoline and the greatest thing about using renewable energy isn’t just the financial benefits, it helps to protect the environment. The best part is that the panels are maintenance free.

As long as the sun is shining, there is enough power for the RV. For winter months, inclement weather, rainy or overcast days, a backup battery is required.

A knowledge of how solar panels work is in order before learning how to install one on your yacht. Solar panels are extremely useful and at the same time eco-friendly. A solar panel is able to make electricity from using the thermal energy which the sun is able to provide. A solar panel, or photovoltaic panel, is more commonly seen as a flat type of panel. This flat type of structure enables the panel to have more surface area, therefore, allowing the panel to absorb as much energy from the sun as possible. Each solar panel is made up of solar cells, which very much function like that of a leaf of a tree or flower. The solar cells are able to undergo photosynthesis thus providing the energy to make electricity.

A proper installation of a solar panel on your yacht can now be strategically achieved with a solid background of solar panels. Obviously, a solar panel needs the sun to be able to produce electricity via thermal energy, so the solar panel should not be placed in an area that subject to shading by any structure on the boat. The bimini, rails, or even on the trawler dingy stanchions are all possible places to where you can install your solar panel. The slope of the solar panel should be at a position of 90 degrees when facing the rays of the sun. A good mount for your solar panel is important. Many mounts can be store bought or others simply make their own. A good mount is able to give distance to the panel so the panel is subject to aeration. The solar panel has its own wiring for installation to your yacht, but MC4 cables need to be purchased for further connection to your vessel. Everything is now set and all that is left to to do is to have a controller to operate your solar panel.

Solar panels are made up of PV (Photovoltaic) cells that are in turn made up of materials generally known as semiconductors. The most common semiconductor material used to make PV cells is silicon. These PV cells are then packed in a case and become what is commonly known as a solar panel. The quality of and quantity of these PV cells is what determines the amount of electricity the solar panel will be able to generate. This is contrary to popular belief that the brighter the sunshine of the hotter the weather, the more electricity is produced. In addition to these PV cells, solar panels also have metallic parts that act as conductors for the electricity generated.

When solar energy or photons fall onto the semiconductors, what follows is a chain of evens that end up in the production of electricity. First, the energy is absorbed by the semiconductors and this energy frees electrons, which flow freely. Within the solar panel, there exists also one or more electrical fields and this is what forces these flowing electrons to flow in a particular direction. This is what is known as a current or electrical current. This energy is then either utilized directly or used to charge up reserve batteries that in turn provide electricity.

The effectiveness of solar panels is therefore intimately connected with the composition of the semiconductors. The technology and materials used in today’s solar panels is still rather inefficient and this means that the full extent of all the sun’s energy cannot yet be harnessed through the use of solar panels. It is however encouraging to note that technology never sleeps and as time goes by, there are bound to be better and more efficient solar panels being developed.

The first thing you want to do when dealing with a broken solar panel, is to decide how badly the panel is damaged, and what degree of maintenance is needed to fix the panel. Once you have an idea of the actual condition of the panel, and understand the basics on what would be needed to fix the solar panel, you can go about choosing a process for repair.

When it comes to repairing something as sensitive as a solar panel there are two methods you can utilize. The first method is by doing the repair work yourself, and the second is to hire out a repairman or a company to fix or replace your panel. Solar panels can be expensive, especially if they take up a large surface area, so that should be kept in mind whenever you are determining how to repair your broken solar panels.

It is recommended to hire out everything that is above a simple cleaning or adjustment to put the solar panel back in place, being that solar panels are sensitive to change, and may not operate at full efficiency if you make a mistake in repairing a main part of the body. When hiring out a repairman or company to fix or replace your solar panel, you want to have the specifics down in terms of the situation and have them come out and to a look over to give you a price quote prior to taking any actions.
Overall if you are the owner of a broken solar panel, and are wondering how to go about getting it fixed, then check out the aforementioned information on doing set job.