Rays of sunlight hit the solar panel (also know as a photovoltaic/ PV) and are absorbed by semi-conducting materials such as silicon.
Photovoltaic cells are usually constructed from silicon, an abundant material that constitutes more than 28 percent of the Earth's crust. These cells are created by bonding two wafers of silicon that are connected to metal wires. The top wafer of silicon is extremely thin, covered by a chemical that stimulates electrons. The bottom wafer is thicker than the top, and is covered by a chemical that inhibits electron activity. The wafers produce electricity when they absorb solar radiation.
static
Because of freely moving of electrons in the material
All metals for example iron, copper, nickel. They are called conductors. Plastics and other elements do not, only metals. They allow electricity to pass through them because they have free electrons
Note that "electricity" doesn't flow, only current does, which is one aspect of electricity, does. Current is the flow of electrons. The main materials that do not allow the easy flow of electrons are rubber, nylon wood, glass, ceramic, plastic and free air.
Solar energy takes the form of radiation. Solar panels may allow this solar energy to be converted to heat or to electricity. (Electricity is not a fuel or even energy: it is a means of transferring energy).
electricity
radiation
static
Because of freely moving of electrons in the material
While electricity doesn't flow, current does. Conductors are materials that allow the electrical currents to flow through them. Metals are the best conduction, such as silver and copper.
They are usually called semi-conductors.
Rays of sunlight hit the solar panel (also know as a photovoltaic/ PV) and are absorbed by semi-conducting materials such as silicon. Photovoltaic cells are usually constructed from silicon, an abundant material that constitutes more than 28 percent of the Earth's crust. These cells are created by bonding two wafers of silicon that are connected to metal wires. The top wafer of silicon is extremely thin, covered by a chemical that stimulates electrons. The bottom wafer is thicker than the top, and is covered by a chemical that inhibits electron activity. The wafers produce electricity when they absorb solar radiation.
Rays of sunlight hit the solar panel (also know as a photovoltaic/ PV) and are absorbed by semi-conducting materials such as silicon. Photovoltaic cells are usually constructed from silicon, an abundant material that constitutes more than 28 percent of the Earth's crust. These cells are created by bonding two wafers of silicon that are connected to metal wires. The top wafer of silicon is extremely thin, covered by a chemical that stimulates electrons. The bottom wafer is thicker than the top, and is covered by a chemical that inhibits electron activity. The wafers produce electricity when they absorb solar radiation.
All metals for example iron, copper, nickel. They are called conductors. Plastics and other elements do not, only metals. They allow electricity to pass through them because they have free electrons
Note that "electricity" doesn't flow, only current does, which is one aspect of electricity, does. Current is the flow of electrons. The main materials that do not allow the easy flow of electrons are rubber, nylon wood, glass, ceramic, plastic and free air.
Superconductors are materials that let current or electricity pass through them. Insulators are materials that don't allow current or electricity to pass through them. Superconductors are mostly all metals. Insulators are wood, plastic, and paper.
Solar energy takes the form of radiation. Solar panels may allow this solar energy to be converted to heat or to electricity. (Electricity is not a fuel or even energy: it is a means of transferring energy).