18-08-2014, 12:36 PM
The most commonly solar cell is configured as a large area P-N junction made from silicon. When this cell is exposed to sunlight the photons striking the surface of the cell allows electrons to be knocked out of their orbits & released. The electric field in the solar cell pull these free electrons in a directional current from which metal contact, in the solar cell can generate electricity. This electricity is in the form of DC which can be stored in rechargeable batteries. A PWM Inverter is used to convert this DC voltage to AC and can be connected to any AC load.
The most commonly solar cell is configured as a large area P-N junction made from silicon. When this cell is exposed to sunlight the photons striking the surface of the cell allows electrons to be knocked out of their orbits & released. The electric field in the solar cell pull these free electrons in a directional current from which metal contact, in the solar cell can generate electricity. This electricity is in the form of DC which can be stored in rechargeable batteries. A PWM Inverter is used to convert this DC voltage to AC and can be connected to any AC load.