Working Principle Of Agni Solar Rooftop System

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Working Principle Of Agni Solar Rooftop System
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What is the Rooftop System?

• A rooftop system is a type of solar power system
  that is installed on the roof of a building. It
  consists of solar panels, an inverter, mounting
  hardware, and other components that combine to
  convert sunlight into electricity that the
  building can use.
• Rooftop solar systems can be used for both
  residential and commercial applications, and they
  are an increasingly popular way to generate
  clean, renewable energy.

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Types Of Rooftop Solar Systems

• There are Four types of rooftop systems for solar
  power generation this are following-
• Grid-tied Rooftop System A grid-tied rooftop
  system is connected to the electric grid, which
  allows excess electricity produced by the system
  to be sent back to the grid. 

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Types Of Rooftop Systems

• Off-grid Rooftop System An off-grid rooftop
  system is not connected to the electric grid and
  requires battery storage to store excess
  electricity for later use.

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Types Of Rooftop Solar Systems

• Hybrid Rooftop System A hybrid rooftop system
  combines grid-tied and off-grid systems. These
  systems are connected to the electric grid but
  have battery storage to provide backup power
  during power outages or when the electric grid is
  unavailable.

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Types Of Rooftop Systems

• Building Integrated Photovoltaic Rooftop
  System A BIPV rooftop system is designed to be
  integrated into the building structure and serves
  as a roofing material and solar panel. These
  systems are aesthetically pleasing and can
  provide cost savings on roofing materials.

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Working principle of a Solar Rooftop System

• A solar rooftop system works by converting
  sunlight into electricity using solar panels that
  are installed on the roof of a building. The
  basic working principle of a solar rooftop system
  is as follows
• Solar panels absorb sunlight Solar panels
  comprise photovoltaic cells that convert sunlight
  into direct current electricity.
• Inverter converts DC electricity to AC
  electricity The electricity produced by the
  solar panels is then sent to an inverter, which
  converts it into alternating current electricity
  that the building's electrical system can use.
• The building uses AC electricity The AC
  electricity produced by the solar rooftop system
  is used by the building to power lights,
  appliances, and other electrical devices.
• Excess electricity is sent back to the grid If
  the solar rooftop system produces more
  electricity than the building needs, the excess
  electricity can be sent back to the grid through
  net metering. This allows the building owner to
  receive credit for their excess electricity.

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Conclusion

• A solar rooftop system is a sustainable and
  renewable energy source that can help reduce a
  building's reliance on traditional electricity
  sources and lower its carbon footprint.
•  It works by converting sunlight into electricity
  using solar panels that are installed on the roof
  of a building. 
• There are different types of rooftop systems,
  including grid-tied, off-grid, hybrid, and
  building-integrated photovoltaic systems, each
  with advantages and disadvantages