## Grossmont Solar Panels

So, what exactly is involved in calculating solar panels cost in Grossmont? When thinking about solar power very few people know the way the cost of solar panel systems is actually measured. Or even, for that matter, do we automatically grasp the connection relating to the cost of solar power and the value of solar power. We all know that gasoline prices are in dollars per gallon. We likewise are all aware of approximately how far we’ll be able to drive after spending 40 bucks for a tank of gas. In contrast to a tank of gas, the value of which can be consumed pretty much instantly, solar panels deliver their value across a period of time.

## Grossmont 3 Undervalued Solar Leaders

solar cell research image by Albert Lozano from Fotolia.com If you go camping or hunting, or simply want to reduce your electricity bill, then a solar panel might make a good investment for you. Solar panels can charge batteries and run tools and appliances, all for free. They require no fuel, and because they have no moving parts, they need very little in the way of repair and maintenance. The only cost associated with solar panels is the up-front purchase cost. Even this can be reduced by making your own solar panels at home. Things You'll Need Solar cells Sheet of plywood Saw Narrow wooden strips Electrically conductive glue Spool of wire Wire cutters with wire-stripping attachments Silicone caulk Calculate the number of solar cells you will need to make your solar panel. Different cells provide different voltages. Divide the voltage you want your panel to produce by the voltage rating of your solar cells. This will give you the number of cells you need to produce 12 volts. Add a couple volts' worth of cells to this number to eliminate the danger of backcharging, which can damage your solar panel. Cut the plywood into a size just large enough to hold all the cells you need for your panel. Glue the narrow wooden strips all around the perimeter of the plywood you have cut. After your cell is assembled, these will hold up the Plexiglas cover to protect your panel from damage. Leave a small gap between two of the strips to run the wires out of the panel. Attach the solar cells to the panel of plywood, using the electrically conductive glue. Leave a small amount of this glue peeking above the top of each cell in order to form an electric link to the terminals on the bottoms of the cells. This edge of glue will be referred to as the "negative terminal" of each cell. Cut 6-inch lengths of wire from your spool of wire, using the wire cutters. Make as many short wires as there are cells in your panel, minus one. Remove 1 inch of insulation from one end of each wire, and 3 inches from the other ends, using the wire cutters. Glue the 3-inch-bare ends of these wires to the tops of the solar cells. Do not let any glue run from the top of the cell and touch the negative terminal of that cell. Do not let any bare wire touch the negative terminals of the cells. Leave the final cell without a short wire on top. Glue each of these wires to the exposed glue peeking over the edge of the cell next to it, after having allowed the glue on the other ends to dry. Allow this glue to dry. Cut two 3-foot sections of wire off the spool. Remove 1 inch of insulation from each end. Glue one to the negative terminal of the first cell, the one without any wire connected to it. Glue the other to the top of the cell on the other end, without any wire on top. Other People Are Reading How to Make a Solar Panel How to Make Homemade Solar Power Run the long wires out through the gap between the wooden strips. Glue them to the sides of the solar panel so that there is no possibility they will touch each other, which could short out your panel. Cut the Plexiglas sheet to match the size of your panel. Glue it to the top of the wooden strips. When the glue is dry, seal all the edges with silicone caulk to protect it from water. Tips & Warnings You can increase the power of your panel without changing the voltage by building other panels identical to the first. Connect their negative terminal wires to the negative terminal wire of the first panel, and their positive terminal wires (the wires connected to the top of the last solar cell) to the positive terminal wires of the first panel. Related Searches References SchoolPower Naturally: Solar Education for NY Solatron Technologies: Learn How to Wire Solar Panels and Batteries Photo Credit solar cell research image by Albert Lozano from Fotolia.com Promoted By Zergnet Comments Please enable JavaScript to view the comments powered by Disqus. Resources Green Living Tips: Solar Panel Basics You May Also Like How to Make a Solar Panel Solar cells convert the energy of the sun into electricity. By using items commonly found in the home or your local hardware... How to Make a Solar Panel Model A model of a solar panel can be a great visual aid for your science projects. Models help people to visualize how... How to Make Homemade Solar Power Humans have been using solar power for thousands of years to heat their homes. Making solar panels to collect and store the... Alternative Energy: How to Make Solar Cells & Solar Panels Free Solar Panel Construction Plans Free solar panel construction plans are available in a variety of places online. Some tutorials cover how a specific person built their...

## Ways to Save Mother Earth

Solar Panel image by kuhar from Fotolia.com Although it comes with a steep price tag, building your own solar energy system comes with many benefits. Depending on how much installation you do yourself, your payback period can be dramatically reduced. Building your own system requires advanced knowledge of home-improvement techniques, including electrical, circuitry and roofing. This project may take four to five full days of work, depending on how large of a system you are installing. Things You'll Need Pen Paper Solar panel kit Mounts Silicone with caulking gun Power drill Heat gun Charge controller Deep cycle batteries Insulated electrical wire AC inverter Wire strippers Soldering iron Adhesive-lined heat shrink tubing Electrical tape Write down on a sheet of paper the appliances that you are desiring to operate with solar power. Write out the total amp rating of each appliance as well as the number of hours that each appliance will operate throughout the day. Multiply the the amp rating for each appliance by the number of hours you plan to operate it. This number will indicate the total amp hours that you need to provide through your solar power system. Generally, the total amp hours from your appliances should equal no more than 50 percent of the total capacity of your battery bank. For example, if you plan to use your appliances for 200 amp hours on a daily basis, your battery bank should a charge up to 400 amp hours. This will help to determine the number of batteries that you need, however, the amperage on deep cycle batteries vary depending on which product you purchase for your system. Mount the solar panels on the south-facing portion of your roof-top by using a power drill and the mounting kits provided with the solar panels. Solar panels should be angled so that they match the latitude of your location, plus or minus 15 degrees depending on seasonal adjustments for the height of the sun. For example, if you live at a location where the latitudinal coordinate is 30 degrees, the panels should be mounted 30 degrees from horizontal. If your kit includes the ability to change the angle at which the solar panels are mounted, you should add an additional 15 degrees during summer months and subtract 15 degrees in the winter, when the sun's height is lower in the sky for a shorter duration of time. Solder 12 gauge electrical wiring to the two output terminals found on the side of the solar panel. The black 12 gauge wire should continue from the positive terminal of the solar panel and the white wire should connect with the negative terminal. Use the green wire to connect to the solar panel's frame as a way to ground the wire. Expose at least one inch of the copper wire by stripping the sheath of the two wires you are joining together. Twist the two wires being joined together into an "X," wrapping the first wire's end along the length of the second wire until the first wire's end is completely wrapped around the second wire. Repeat the same process for the second wire. Heat the joint by holding the soldering iron beneath the wire joint. Apply the soldering iron and solder to the top part of the joint, adding more of the soldering wire until the joint is completely covered with solder and the exposed wires are no longer visible. Wrap adhesive-lined heat shrink tubing around the newly soldered joint, heating it tubing with a heat gun until it covers the solder. Connect the ends of the extended wiring coming from the solar panels to a charge controller, which has screw-on connections for input wires. The charge controller prevents the deep-cycle batteries from becoming overloaded, thus reducing the maintenance and cost of your solar power system. The charge controller should also be stored adjacent to the batteries. Wire the deep-cycle batteries together so that they form a circuit by using either a parallel or series pattern. Use 8-gauge wire to connect the batteries. To connect the batteries into a series circuit, which doubles the voltage of the system, wire the negative terminal of one battery to the positive terminal of its adjacent battery. Continue this pattern until all terminals are connected. To connect the batteries into a parallel circuit (which doubles the amperage of the system) connect the positive terminal of one battery to the positive terminal of its adjacent battery. Do the same for the negative terminals on your deep-cycle batteries as well. Install the input wires from the AC inverter, which are equipped with screw-on joints to mate with the battery terminals. The inverter will change the Direct Current from the batteries to Alternating Current, which is a usable form of electricity that home appliances utilize. Connect the ends output cables of the charge controller to the deep-cycle battery circuit. The charge controller's output cables, black for negative and red for positive, also screw onto the battery terminals with a screwdriver. Other People Are Reading How to Get 48V out of a 12V Solar System How to Self-Install Solar Electric Plug your appliances into the outlets of your AC inverter and turn the inverter on. Tips & Warnings Currently, the 3-stage charge controller is the industry standard, however, using a Maximum Power Point Tracking controller will provide greater efficiency, especially if you are installing a larger system. Although a solar system is quite complicated to build, thinking of it in terms of "layers" may be helpful. The sun powers the solar cells, which are connected to a charge controller, which connect to the batteries, which connect to an inverter. Related Searches References Solar 4 Power: Solar Power Don Rowe: Power Inverter FAQ Green Living Tips: Solar Power Basics Photo Credit Solar Panel image by kuhar from Fotolia.com Promoted By Zergnet Comments Please enable JavaScript to view the comments powered by Disqus. Resources Aaron Cake: Soldering Electronics Solar 4 Power: Batteries Free Sunpower: FAQ You May Also Like How to Build Solar Panels for Electricity With energy rates on the rise, building your own solar panel is an economical, smart, and rewarding way to produce your own... How to Understand & Install Your Own Solar Electric System The most visible components of a photovoltaic (PV) energy-generation system are the solar panels. You usually don't see the devices that convert... How to Build Your Own Solar Energy You can harness the energy of the sun to use at home through solar panels. Commercially available solar panels are expensive, and... How to Build Cheap Solar Energy Systems You may have been considering solar power for some time but have been putting it off because of the high initial investment....

## How to Heat and Light a House Without Electricity

Solar Panels San Diego