Cinematic wide shot of a state-of-the-art 6.6 MW wind turbine against a clear sky

Wind Project — Selected Equipment

This page outlines the wind turbine technology selected for the Tulcea Wind Project. Turbine selection has been based on site-specific wind conditions, long-term performance, and proven operational reliability.

Technical close-up of a massive wind turbine rotor hub and blade assembly

Turbine Model Selection

The project is planned to use modern, high-capacity onshore wind turbines optimised for medium-to-high wind speed sites. Turbine selection has been informed by measured wind data and energy yield modelling.

Indicative Turbine Specifications

  • Rated Power per Turbine: approximately 6.6 MW
  • Number of Turbines: 23
  • Hub Height: approximately 165 m
  • Rotor Diameter: approximately 170 m
  • Total Installed Capacity: 151.8 MW

Technology & Reliability

The selected turbine technology incorporates advanced control systems, high-efficiency rotor designs, and robust drivetrain components. These features support high availability, reduced maintenance requirements, and long-term operational reliability.

Final turbine supplier selection and procurement will be completed prior to construction to ensure alignment with project scheduling and commercial objectives.

Interior view of a modern wind turbine nacelle showing advanced control systems and drivetrain components
Panoramic view of 23 massive 6.6 MW wind turbines in a lush green landscape
Wind Project

Turning Sunlight into Reliable Clean Power

Aurora Renewables SRL Wind projects harness consistent wind resources using advanced turbine technology to deliver dependable, low-carbon electricity. Engineered for performance and grid stability, our wind solutions support energy resilience across diverse operating conditions.

Key Features

Built with high-efficiency turbines, intelligent control systems, and grid-integrated infrastructure, Aurora Renewables SRL Wind projects provide stable power generation, reduced variability, and long-term operational reliability while minimising environmental impact.

Wind Project Documentation

Explore the complete details in our interactive presentation below.

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