Homemade Solar Panels
Because of environmental concerns, many power companies have new regulations which have contributed to rate increases in many areas. These changes, along with the possibility of power outages from storms or other threats are prompting many people to invest in solar power systems. Furthermore by using solar power you are reducing your environmental footprint. Rather than purchasing prebuilt panels, Homemade solar panels can help reduce the initial investment of installing a solar power system. Once you are up and running with solar power, you may even be able to sell unused energy back to the power company if your system produces extra power.
Even if you have no idea where to start, with a good set of instructions, anyone can build and install their own home made solar system. Before you make your plans it is important to check with your city regarding their rules on installing a solar power system and obtain any required permits. If you are off the grid there is usually nothing stopping you from building and installing your own system. However if you just supplementing your supply of power and still buying electricity from the power company, your city or county may require you to have the system professionally installed.
Solar panels must have direct exposure to sunlight throughout the day in order to generate power effectively. Shading from trees or buildings will reduce the performance of the panels. In order to build and install your solar system, you will need basic tools like a drill, saw, screwdriver, caulking and wood glue. Grade A Solar cells, a frame, glass fiber insulation and aluminum foil the materials needed for building your own panels. Once you have the panels put together, you will wire the cells and attach them with silicone caulk. Test the panel by connecting it to a voltmeter before you connect it to the electric wiring of your house.
With each new panel that you add to your system, you will see a reduction in your energy bill. One of the biggest reasons people are choosing to make their own solar panels is that it is the cheapest way to go. If you do not have a large sum of money to invest initially, you can add new panels gradually over time until you are able to bring your monthly power bills down to zero. This investment will also help to increase the value of your home.
More and more people are turning to Homemade solar panels to save money. Lowering monthly electricity costs and reducing environmental footprints are becoming the way of the future. After the initial investment into the materials to install the Solar cells and system, you can use solar power for years with no cost other than maybe a few dollars for simple maintenance. For those who power their homes completely with solar power, the installations can be large and cover an entire rooftop facing the sun. Some people just have a few solar panels installed to help reduce their electricity bill. The amount of electricity generated by a home made solar panel will be determined by the size of the solar panel. The power company is will credit you for any extra electricity that you do not use every month.
Solar power systems usually use DC batteries which are charged by the panels whenever the sun shines. An inverter is used to convert the direct electricity that is stored in the batteries to an alternating current (AC) electric supply. This power then flows through wiring and is used to run electrical items within the house. Homemade solar panels are made of two plates joined by wiring. The panel’s top plate is created by combining negatively charged phosphorus with the silicon. The panel’s bottom plate is created by mixing positively charged boron with silicon. Inside a solar cell, an elemental reaction between positively and negatively charged compounds makes solar panels work to generate electricity.
Silicon, which is an electromagnetically neutral element contains four electrons within the outer shell. This will readily capture a charge from another element, making it an ideal base for harnessing energy from the sun. Electricity is created when the electrons transfer from a negative charge to a positive charge. When the sun hits the solar panel, and elemental reaction then occurs in between the plates, which results in the production of electricity.
Natural sunlight contains photon particles that interact with the negatively charged silicone and phosphorus molecules. These photovoltaic electrons combine with the additional electrons to free up the phosphorus negatives. Then the free electrons travel through the wiring to meet with the electron efficient boron and the silicone molecules within the bottom plate. This creates the electrical energy by way of the transfer of the electrons. Then the energy is available to use as electrical power or it may be stored within a chemical battery for later use . When the sun is shining on the negative plates of Solar cells, the panels are creating electricity.