Power flow

Communication layout

Power flow

Communication layout

Master power plant control of 7 wind parks with 5 different OEMs and a total capacity of 58 MW

  • 2 x WTG OEM 1 of 1.5 MW each
  • 13 x WTG OEM 1 of 1.5 MW each
  • 1 x WTG OEM 2 of 1.5 MW each
  • 8 x WTG OEM 2 of 1.5 MW each
  • 2 x WTG OEM 3 of 3.5 MW each
  • 2 x WTG OEM 4 of 2.2 MW each
  • 3 x WTG OEM 5 of 3 MW each
  • Cap bank

Integrating 5 different park controllers

Integration and configuration of different park controllers and data collection protocols require a system that can handle the increased complexity.

This includes receiving multiple set points and managing multiple power plant owners with individual business strategies and prioritizations.

Standard built cabinet placed inside the substation

Including:

  • Server
  • PLC
  • Grid meter
  • UPS
  • Router
  • Firewall

Seamless management with the OneView® Hybrid Control Unit?

Managing multiple assets and owners becomes increasingly complex as you add more technologies and systems to the setup.

The certified control unit streamlines this integration, maximizing power efficiency by managing output from multiple sources in a unified system.

Power measurement by the grid connection point

The unified control system provides simple plant management through integration of wind farms at the point of common coupling.

The control unit measures the power at the grid connection point in order to regulate the power output from the power plants so it matches the given set point. In that way, you are ensured that the power is stabilized and balanced.

Seamless integration to the grid​

Hybrid power plants increase the complexity of power grid integration.

The control unit measures the power at point of common coupling in order to regulate the power output from the plant, so it matches the given set point from the utility, grid operator, or power trader. This allows for simple compliance with grid regulations and fulfilling requirements from the TSO.