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Solar Power Plants

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Solar Power Plants

On Grid

A Solar On-Grid inverter converts the DC output of PV modules into AC power suitable for transmission on the owner grid or uses it for your own consumption, often deploying reactive power to meet new grid codes. It must always optimize the power output via MPPT (maximum power point tracking) and additionally monitor both the system and grid connection. In practice, each solar inverter installed in solar power plants needs to connect an array or string of PV modules to the power grid. It's more efficient the inverter, the better the LCOE (Liveliest Cost of Electricity) generated by the system.

Features:
  • High Total Efficiency - High reliability and efficiency with low auxiliary consumption for rapid return on investment. MPPT efficiency > 99.9%; Maximum efficiency > 97.5%.
  • PV Compatibility - Grid Tie inverter is designed to take advantage of solar modules configured as high voltage PV String arrays - with an input voltage Maximum Power Point Range of 150 to 550 Vdc.
  • Maximum Power Point Tracking (MPPT) Grid Tie inverters use Maximum Power Point Technology (MPPT) to harvest the maximum amount of energy from the solar array. Provide single and double MPP trackers for different application demands.
  • Proven technology platform - High reliability and long operating life for secured return on investment.
  • Compact state of the art design - Transformer less design. Low space requirement, with fast and easy installation and serviceability for a reduced overall cost.
  • Robust enclosure, with the IP65 rating - Suitable for outdoor installation Communication Interface & Monitoring Software
Specifications:
Type of Solar Cells Mono / Poly Crystal Line
Inverter PCU
Wave Form Sine Wave
Battery Type Tubular / C10 Rating
Charging Hour 5 - 6 Hours
Operating Volts 230 Volt AC
Mounting Structure MS Painted
Interconnecting Wires Provided
Application:

1.Educational Institutes, 2.Residential, 3.Small & Medium Commercial, 4.Hospitals & Hotels

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Off Grid

Solar Power Conditioning Unit (PCU) is an integrated system consisting of a solar charge controller, inverter, and a Grid charger. It provides the facility to charge the battery bank either through Solar or Grid/DG Set. The PCU continuously monitors the state of Battery Voltage, Solar Power output and the loads. Due to sustained usage of power, when the Battery Voltage falls below a preset level, the PCU will automatically transfer the load to the Grid/DG power and also charge the Batteries through the in-built Grid Charger. Once the Batteries are charged to the preset level, the PCU cuts off the Grid / DG power from the system and will restore to feeding the loads from the battery bank & continue to charge the battery bank from the available Solar power.

Features:
  • Microcontroller / DSP based design
  • Solar PV reverse voltage protection
  • Electronic overcurrent changing protection
  • Takes "ZERO" current input if solar power is present
  • No mechanical contact with a change controller
  • Provides power from the solar panel in the backup mode
  • Overload, Short-CKT, Low Batt and multi-stage control protection
  • Efficient AC to DC conversion
  • Solar Charge controller based on technology reduces electricity
  • Auto Reset Feature
  • Spare fuse box available at the back panel
Specifications:
Type of Solar Cells Mono / Poly Crystal Line
Inverter PCU
Wave Form Sine Wave
Battery Type Tubular / C10 Rating
Charging Hour 5 - 6 Hours
Operating Volts 230 Volt AC
Mounting Structure MS Painted
Interconnecting Wires Provided
Application:

1.Educational Institutes, 2.Residential, 3.Small & Medium Commercial, 4.Hospitals & Hotels

Yes! I am Interested
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