Furrion solar panel DIY
A furrion solar panel is composed of solar cells that each converts the sun’s energy into electricity. Despite the known benefits of having solar in the home, the cost had been deterring a common homemaker from considering it. However, recent studies have shown that anyone can actually build his own solar panel to be used at home by simply using items that are readily available in a hardware store. Although most commercially manufactured solar cells are made from intricately processed silicon and cost a lot, one can use cuprous oxide. Although not as efficient as the silicon-made cells, a regular home can obviously sacrifice efficiency for a more affordable cost. Cuprous oxide had been found to have a photoelectric effect, a property in which a flow of electricity in a material is caused by light. A few things needed in making a panel at home include a sheet of copper, alligator clips, an electric stove, a plastic bottle, table salt and ordinary tap water.
Create a Cuprous Oxide Material
Anyone can also make use of other readily available materials at home in order to replace the things mentioned because the only aim is to create a cuprous oxide material by burning a copper sheet. The steps of how to make a homemade furrion solar panel starts by burning a piece of copper for about half an hour in order to make cuprous oxide. A regular stove can be used in this step or anything in the kitchen that can do the job will do. The presence of cuprous oxide is evident by a thick layer of black that will appear on the surface of copper while it is burned. The furrion solar panel cell is created by pairing the burnt piece with another piece of copper sheet which will act as the conductor where current will flow. Several solar cells can be arranged in order to make a homemade panel.
A twist of technical creativity can help in making sure that the setup could be exposed to the sun the longest possible time during the day. Ideally, a solar panel cleaning gets maximum exposure to the sun from 10 o’clock in the morning until noon time. This gradually decreases towards the afternoon. A panel generates DC which can directly be used to power DC-operated equipments such as flashlights and bulbs. However, since most of the household gadgets run on AC, an inverter would be needed to convert DC into AC. An inverter can easily be bought from a local hardware store, or can also be made at home.…