Skip to content Skip to footer


Wind Project – Competitive Advantages

This page outlines the key competitive advantages of the Tulcea Wind Project. These factors collectively enhance the project’s investment appeal, development certainty, and long-term operational performance.

Strong Wind Resource

The project benefits from long-term, validated wind measurement data demonstrating consistent wind speeds suitable for high-capacity onshore wind turbines. This reduces resource uncertainty and supports stable energy production.

Strategic Location

Tulcea County is recognised as one of Romania’s strongest onshore wind regions. The project’s location provides proximity to grid infrastructure, suitable land characteristics, and established transport access.

Advanced Development Status

The completion of Phase I approvals and progression through Phase II permitting significantly reduces development risk. The project is positioned to achieve Ready-to-Build status, enhancing bankability and investor confidence.

Scale & Technology

With an installed capacity of 151.8 MW, the project benefits from economies of scale and the deployment of modern turbine technology. This supports competitive generation costs and long-term operational efficiency.

Attractive Risk-Return Profile

The combination of strong wind resources, advanced permitting, and proven technology creates an attractive risk-return profile for investors seeking exposure to mature renewable energy assets.

These advantages position the Tulcea Wind Project as a compelling opportunity within the regional renewable energy market.

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.

By the numbers

Aurora Renew provides green energy solutions to empower people and protect.

0

National Grid Contract

0

Projects

0

MWh from 23 Wind Turbines

0

MWh from Solar in 4 Stages

0

Year Land Lease Secured

0

GWh from Wind Annual Net Production

0

m² Project Area
Delivering reliable solar–wind hybrid solutions

Our Renewable Energy Projects

Solar

Our Solar projects harness high-efficiency photovoltaic systems to deliver clean, reliable electricity during peak daytime demand.

Wind

Aurora Renew’s Wind projects utilise advanced turbine technology to capture consistent wind resources and generate power day and night.

Photovoltaic

Our Photovoltaic projects focus on intelligent PV system design and seamless grid integration to maximise energy output and operational efficiency.