• 4
  • 3

PV Inverter is one of the two major components of PV power plants, the main function of PV Inverter is to track the maximum power output of PV array, and connect energy to the grid with minimum energy consumption and maximum power quality..Since the inverter is connected in series between the PV arrays and the grid, the choice of inverter will be critical to ensure the long-term reliable operation of PV power plant and expected ROI, thus, it should be “scientifically designed according to local conditions”.We advocate the intelligent PV power plant design concept of“safer, more friendly, more intelligent, more efficient”, according to different environmental conditions of installation.

PV power plant is generally divided into four different types:

Project:2013, Berlin, Germany
Installed capacity:8.3MW PV plant

Project:2015,Newnham,UK,
Installed capacity:11.5MW PV Plant

Project:2014,India
Installed capacity:11MW PV plant

Project:2012,Zhoushan Island, Zhejiang Province
Installed capacity: Power converter SC100

More

2012,Chicago,USA
Install capacity: 2MW PV Plant

Project:2011 Toronto, Canada
Installed capacity: 250kW Commercial PV Plant

Project: Kazo Japan, 2014
Installed capacity: 100kW Commercial PV Plant

Project:2013 Bali Island
Installed capacity:2MW Commercial PV Plan

More

Hefei,China
Install capacity: 4kW Residential PV Plant

Australia
Install capacity: 3kW Residential PV Plant

More
  • 4
  • 3

PV Inverter is one of the two major components of PV power plants, the main function of PV Inverter is to track the maximum power output of PV array, and connect energy to the grid with minimum energy consumption and maximum power quality..Since the inverter is connected in series between the PV arrays and the grid, the choice of inverter will be critical to ensure the long-term reliable operation of PV power plant and expected ROI, thus, it should be “scientifically designed according to local conditions”.We advocate the intelligent PV power plant design concept of“safer, more friendly, more intelligent, more efficient”, according to different environmental conditions of installation.

PV power plant is generally divided into four different types:

  • Utility PV Solution

  • Commercial PV Solution

  • Residential PV Solution

  • Monitoring System

  • Project:2013, Berlin, Germany
    Installed capacity:8.3MW PV plant

  • Project:2015,Newnham,UK,
    Installed capacity:11.5MW PV Plant

  • Project:2014,India
    Installed capacity:11MW PV plant

  • Project:2012,Zhoushan Island, Zhejiang Province
    Installed capacity: Power converter SC100

  • 2012,Chicago,USA
    Install capacity: 2MW PV Plant

  • Project:2011 Toronto, Canada
    Installed capacity: 250kW Commercial PV Plant

  • Project: Kazo Japan, 2014
    Installed capacity: 100kW Commercial PV Plant

  • Project:2013 Bali Island
    Installed capacity:2MW Commercial PV Plan

  • Hefei,China
    Install capacity: 4kW Residential PV Plant

  • Australia
    Install capacity: 3kW Residential PV Plant