a photovoltaic cell or solar panel
Yes, solar energy can be converted to electrical energy. This is most commonly done through the use of photovoltaic cells.
electric energy
My best guest would be Solar Energy. Solar panels collect sunlight and turn it into electricity.
Solar energy panels take the energy or photons from the sun and turn it into electricity with an inverter. The electricity can be stored in batteries, or be wired straight into an electrical device.
For the most part solar energy refers to solar panels that collect the suns energy and immediately turns it into electrical energy. Once you have electrical energy you can easily connect an electric motor to it. Electric motors are the primary way that electrical energy is transformed into mechanical energy. ---- Directly: radiometers turn with direct sunlight, solar contribution to tides (not really solar energy per se) Indirectly: # solar heating creates thermal currents ("thermals") in air (wind) and water (ocean currents) # solar heating evaporates water, some of which falls as rain on higher elevations, making moving rivers of water # photovoltaic cells absorb light, make electricity, and some the electricity is used to run motors or solenoids
They have solar panels that turn sunlight into electrical energy, which it stores in a battery, but some of it is used right after changing the light into electrical energy in order to maintain the satellite.
Devices called thermocouples do this directly. Boiling water and using the steam to turn turbines which turn generators do this indirectly.
No, they turn chemical or electrical into kenetic energy
Solar panels use the energy of the sun to operate. Some panels will produce an electrical current when sunlight reaches them. Others use fluid filled pipes to turn the sun's energy into heat. With either method, energy from the sun reaches the panel as radiated energy and is converted to electrical or heat energy.
When you turn on a toaster, the electrical energy transforms into thermal energy to toast your bread. =]
As of 2007,* commercial amorphous Si solar cells convert about 8% of the solar energy that strikes them into electrical energy.* multicrystalline Si solar cells convert around 16% of the solar energy that strikes them into electrical energy* commercial single crystal Si solar cells convert about 22% of the solar energy that strikes them into electrical energy.So single crystal Si solar cells have the highest energy conversion efficiency.However, amorphous Si solar cells require less energy to produce and are less expensive than multicrystalline Si solar cells, which in turn require less energy to produce and are less expensive than single crystal Si solar cells.In some cases amorphous Si solar cells are more economically efficient (produce more power for the same initial price or initial investment in energy to produce).
nuclear -> heat -> kinetic ->electrical