Wind Project –
Wind Data
This page presents the analysed wind characteristics for the Tulcea Wind Project site. The wind data summarised here has been derived from long-term on-site measurements and provides the basis for energy yield assessment and turbine selection.
Wind Speed Characteristics
Measured wind data indicates that the site experiences consistent and suitable wind speeds for utility-scale wind energy generation. Average wind speeds increase with height, supporting the use of modern, high-hub-height wind turbines.
Wind Direction Analysis
Analysis of wind direction data shows a dominant wind flow along a northeast to southwest axis. Understanding prevailing wind directions is critical for optimising turbine layout and minimising wake effects across the wind farm.
Key Wind Parameters
• Average Wind Speed (60 m): approximately 6.12 m/s
• Air Density: approximately 1.225 kg/m³
• Average Annual Temperature: approximately 14.1°C
• Dominant Wind Direction: NE–SW
The wind data presented here forms the foundation for detailed energy production modelling, which is addressed in the Estimated Energy Production section.
WIND PROJECT
Turning Sunlight into Reliable
Clean Power
Aurora Renew’s 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 Renew’s Wind projects provide stable power generation, reduced variability, and long-term operational reliability while minimising environmental impact.
AboUT AURORA RENEW
Aurora Renew – Clean Energy
Solutions Provider
Aurora Renew is a clean energy solutions company specialising in the design, integration, and operation of grid-connected renewable energy systems, with a strong focus on solar–wind hybrid power projects. The company delivers end-to-end renewable energy solutions that enhance power reliability, improve energy access, and support long-term decarbonisation goals.
Drawing on advanced engineering, energy management, and grid-integration expertise, Aurora Renew develops hybrid systems that combine the complementary strengths of solar photovoltaic and wind generation. This approach enables more stable and predictable power output compared to single-technology renewable installations, making renewable energy more practical for regions with growing demand and variable grid conditions.
Sustainability meets innovation
Aurora Renew delivers advanced solar–wind hybrid energy systems that strengthen grid reliability, expand clean power access, and reduce carbon impact. We design, integrate, and optimise renewable solutions that balance performance, resilience, and long-term value.
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