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Solar Power Plants(Grid Tied)

Solar On Grid Inverter

The DC power from PV panel goes to a grid interactive (grid-tied) inverter which converts the PV panel DC power to 220 volt AC power that is compatible with the power grid.
AC power from inverter is supplied to the household power needs.
If the PV system is generating more power than the house can use, the excess is sent out over the grid to supply others. (Net Metering System)
If the house needs more power than the PV system can supply, then the extra is drawn from the grid as usual.
Grid tied systems only work when the grid is up. If the grid power goes out, the grid tie inverter is required to shut down immediately.

How does it work?

PV Grid Connected Inverters operate at a lower, safer voltage from the PV array, while having the advantages of reliability, flexibility and improved energy yield. Using lower voltages on the PV side means there are lower voltages in your roof eliminating high voltage hazards and giving peace of mind to installers and service personnel. By using short multiple strings of panels, PV Grid Connected Inverters make sure that there are more paths for electricity to flow. which ensures minimal power loss due to varying environmental or panel conditions.

Working Principle

Installing the Grid Tie Solar Inverter Consists of mounting it to the wall and connecting the DC input to a PV array and the AC output to the utility.

Features

  • High Total Efficiency - High reliability and efficiency with low auxilary 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 reduced overall cost.
  • Robust enclosure, with IP65 rating - Suitable for outdoor installation Communication Interface & Monitoring Software.

Specification

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

Area of Implementation

  • 1. EDUCATIONAL INSTITUTES
  • 2. RESIDENTIAL
  • 3. SMALL & MEDIUM COMMERCIAL
  • 4. HOSPITALS & HOTELS
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