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Faizan
First used in 1890, the photovoltaic (PV) word has two parts: "photo" which means light, and "volt" which is a measurement unit named for Alessandro Volta who is a pioneer in the study of electricity. Combining the two words, you can say that photovoltaic is light-electricity.
Components of a PV system
There are a number of components that make up a PV system. The most common components are: PV panels, charge regulator, inverter, wiring, mounting hardware and one or more batteries. These components work together to give you electricity that is derived from the sun.
How PV systems differ from other solar energy technologies
PV systems work by converting sunlight to electricity using a PV cell which is usually made of semiconductor materials.
This is contrary to how other systems such as concentrating solar power systems work. These systems work by concentrating the sun's energy using reflective devices such as mirror panels in order to produce heat that is used to generate electricity.
As you can see, the systems work in different ways.
Where photovoltaic systems can be used
PV systems can be used both at home and in business. At home, they can be used in home electrical systems such as cooling systems, lights and appliances.
The good side is that modern PV systems can be easily blended into both traditional and nontraditional homes. For ideal results, you should mount the panels onto a south-facing wall or roof.
When it comes to business, the systems can be used in almost all structures for commercial buildings. For example, you can find the system being used outdoors to provide security lighting. The systems can also be used in parking lots and bus shelters.
Components of a PV system
There are a number of components that make up a PV system. The most common components are: PV panels, charge regulator, inverter, wiring, mounting hardware and one or more batteries. These components work together to give you electricity that is derived from the sun.
How PV systems differ from other solar energy technologies
PV systems work by converting sunlight to electricity using a PV cell which is usually made of semiconductor materials.
This is contrary to how other systems such as concentrating solar power systems work. These systems work by concentrating the sun's energy using reflective devices such as mirror panels in order to produce heat that is used to generate electricity.
As you can see, the systems work in different ways.
Where photovoltaic systems can be used
PV systems can be used both at home and in business. At home, they can be used in home electrical systems such as cooling systems, lights and appliances.
The good side is that modern PV systems can be easily blended into both traditional and nontraditional homes. For ideal results, you should mount the panels onto a south-facing wall or roof.
When it comes to business, the systems can be used in almost all structures for commercial buildings. For example, you can find the system being used outdoors to provide security lighting. The systems can also be used in parking lots and bus shelters.
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