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Net Metered Rooftop Solar Power Plant

Based on available roof area solar PV panels will be installed on the roof (RCC or Tin Shed) of the building. The output of the panels (DC electricity) connect to the power conditioning unit / inverter which converts DC to AC. The inverter output will be connected to the control panel or distribution board of the building to utilize the power. The inverter synchronizes with grid and also with any backup power source to produce smooth power to power the loads with preference of consuming solar power first. If the solar power is more than the load requirement, the excess power is automatically fed to the grid. For larger capacity systems connection through step up transformer and switch yard may be required to feed the power to grid.

Rooftops PV systems on residential buildings typically feature a capacity of about 1 to 20 kilowatts (kW), while those mounted on commercial buildings often reach 500 KW or more

Grid Connected Solar Power Plant under “Net Metering” Scheme

  • The concept of Net Metering involves recording the net energy between export of generated energy and import of energy from distribution licensee for a given period of time.
  • If more energy is exported to the grid than imported, then the distribution licensee pays the consumer at tariff decided by State Electricity Board.
  • If more energy is imported from the grid than exported, then the consumer pays the distribution licensee.

Key Features of rooftop solar power plant installations

  • Accelerated Depreciation Benefit @ 100% (Which helps offset your tax liability).
  • Easy Integration to your existing utilities.
  • Convert unused roof space into a valuable energy resource.
  • Rooftop Solar Investment is returned in less than 5 years.
  • No interconnection problems, No wheeling charges and transmission losses.
  • Insulation from likely increase in energy cost.
  • Savings in diesel as well as replacing the polluting, expensive and noisy diesel generator.
  • Long Life (25 years).
  • Low operation & Maintenance.
  • Clean, Quiet and Visually Unobtrusive.
  • Long term energy security.

Applications

  • Residential
  • Universities and colleges
  • Commercial buildings.
  • Hospitals & Hotels
  • Industrial Sheds
  • Railway Lighting / Signaling
  • Telecom Tower
  • ATM & Bank
  • School / Colleges
  • Petrol Pumps
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