9V 2W Monocrystalline Silicon Solar Power Module Panel

Specifications:

• Operating Voltage: 9V
• Operating Current: 0.22A
• Open Circuit Voltage: 10.62V
• Short Circuit Current: 0.24A 
• Power: 2W
• Radiation: 1000W/m²
• Spectral: 1.5 times
• Component Test Temperature: 25 ℃ 
• Size: 180 x 155 x 15mm/7.1 x 6.1 x 0.6in(L x W x T)

Features:

• The silicon solar panel converts the power of the sun into electricity so you can power your electronic components at home, on a business trip, camping, hiking or any areas that don't have electricity
• This silicon solar panel is quite suitable for laptop, mobile station, satellite communication etc
• Portable solar panel, featuring its high portability & foldability, is quite suitable for individual and outdoor activities using
• Monocrystalline Silicon is anti-acid, anti-alkali, high & low temperature resistant, waterproof, moisture-proof, lightweight
• Solar module panel is very easy to fold and unfold

Details:

• This silicon solar panel is quite suitable for individual and outdoor activities using

• Another side of this silicon solar panel

• 9V 2W Monocrystalline Silicon

• This silicon solar panel is anti-acid, anti-alkali, high & low temperature resistant, waterproof, moisture-proof, lightweight

Size in Detail:

How to Do it Yourself Install Solar Panels DIY:

Solar panels are one of the best ways that you can save money on your energy cost and reduce global warming. It seems like each year the cost of energy keeps going up and going with an alternative can be your best choice. The initial cost of getting solar panels can be expensive and the installation can cost even more so finding a way to do it yourself is the a great solution for you

• One of the biggest reasons that more people do not have more solar energy in there homes is because the cost of installing has become too expensive
• DIY is the way to go so that you can get solar energy to cut down your monthly energy cost. When you take your time doing it yourself is not as hard as you might think
• Another great advantage to having a system that uses solar panels is that if you make more energy than you consume then you can actually get paid by the utility companies for your extra energy. Also it goes to help out the community so that there are not blackout issues with the energy grid
• Remember that there are many guides to help you get your solar panels installed properly. Take advantage of producing your own energy and not having to pay a monthly energy bill
• You also will be doing a great service to the planet because using the sun to generate energy you consume is a great way to save the planet. It is easy to get the panels and now you can learn to install them yourself so you will not have to pay thousands for installation

How to Connect Batteries to a Solar Panel:



A solar panel converts sunlight into energy, but using that energy can be slightly tricky. Using solar panels to generate electricity for your home makes it invaluable during a blackout. A solar power system can run all of your household appliances and is fairly portable if, for instance, you want to go camping and run an electric fan

• Connect the power meter to the battery using insulated wire. Connect the positive battery terminal to the positive terminal on the meter using red wire. Connect the negative terminals using black wire. Keep the color / terminal match the same throughout the wiring process
• Connect the DC input to the battery using insulated wire
• Connect the solar panel to the battery using insulated wire
• Connect additional batteries to the first battery if more power is desired
• Put the solar panel in the sun so that it begins charging the battery. Once charged, the plug on the DC input can be plugged into various appliances to run them off the battery charge

How to Install an RV Solar Panel:

Solar panels can be a great addition to your RV, allowing you greater flexibility about where to park and reducing your need to rely on a generator. It can be a bit complicated to install a solar RV panel, but it can be done without a huge amount of fuss

• Determine how much power you will need, and the number of solar panels you must install in order to generate it. Like the roofs in stationary homes, there is only so much space on top of your RV to use. Make sure that your needs can be met within a reasonable amount of space
• Disconnect the coach battery and all other sources of power, such as the generator and the shore power cord. You should also cover the face of the solar panel with paper or cardboard while you are installing it, to keep it from generating a charge
• Find a good spot on the RV roof where the solar panel will fit. It should be somewhere convenient for running wiring, such as near a vent or some other means of access. The roof at that location should be strong enough to support the array, and the panels should be at least 8 inches away from the edge of the roof
• Mark the positions for the solar panel mounts. Make sure that they line up precisely using a laser sight or similar tool
• Drill holes for the mounts. Use a drill bit specific to the size of the holes you need and take care that you are not drilling into any interior wiring
• Place the mounts in position and secure them with screws. Use the sealant to fill the space around the holes
• Insert the solar panel into the mounts and tighten it into position. The exact means will vary depending upon the kind of solar panel you have purchased
• Find a suitable location in the RV interior to place the regulator/terminal
• Cut a hole in the interior panel large enough for the regulator (or just its control panel) to fit
• Connect the wiring to the solar panel and run it down to the location you have selected for the regulator
• Connect the wires to the regulator, making sure that the polarity is correct
• Connect the battery connection wires from the regulator to the coach battery. Make sure that the polarity is correct: that the positive wire is connected to the positive battery terminal and the negative wire is connected to the negative battery terminal
• Reconnect the terminals to the battery. The solar panel should now be generating energy for it

How to Maintain a Solar Panel:

Whether a solar panel system is designed to generate heat for our homes or produce electricity, a properly functioning solar panel is an obvious requirement. Luckily, a well-designed and installed solar panel system is durable and simple in concept. In fact, the only part of a solar heating system that has any moving parts requiring maintenance is the pump. Plus, while earlier versions of solar panels were relatively fragile, solar panels are now constructed from strong unbreakable materials, so a solar panel itself requires minimal maintenance to continue doing its job. Essentially the only breakable part of a solar panel is the glass covering. Maintaining a solar panel is very straightforward; here's all that's necessary

• Inspect the solar panels on a periodic basis (frequency depends on location or the manufacturer's specifications) to remove any debris and dirt and ensure all connections are tight
• Panels installed in dusty areas may require more frequent inspection
• Clean the surface of a solar panel with warm water and dishwashing soap to remove any accumulation of dirt and grime
• Remove any bird droppings as well since they can severely reduce the panel's energy-producing capacity
• Cleaning a solar panel is not cosmetic. A panel needs to be clean for it to operate at its rated capacity

Tips & Warnings:

• The space above the RV refrigerator is a very good place to install the solar regulator. It is usually unused, and its proximity to the refrigerator vent means the wiring can be run up to the solar panel very easily
• A deep-cycle battery can store power when the sun is out for use when it's dark and cloudy. You can link an AC inverter to it, and plug any appliances you need directly into the battery without having to go through the rest of the RV's electrical system
• Visit RV Solar Electric for a worksheet to help you calculate your energy needs
• You may want to mount the power meter and the DC input to the top of the battery box, then drill holes in the box top to run the connections through. This makes it easier to use the DC input while keeping the wiring from getting tangled. You can add additional panels and batteries to this system as your power needs increase
• Since solar panels have no moving parts, we might tend to ignore their maintenance. Not only do the panels themselves need regular cleaning, any framing around the panel should be cleaned as well. While a solar panel can theoretically function for 30 years or more, a frame that is allowed to deteriorate will dramatically shorten the panel's useful life
• Solar panels are generally installed on roofs or other high places. Exercise caution when working above ground or near the top of a ladder

Package Included:

• 1 x 9V 2W Monocrystalline Silicon Solar Panel