Cape Verde receives larger-scale wind turbines, boasting increased power compared to existing ones.

Cape Verde is taking a significant step towards its renewable energy targets with the installation of new wind turbines at Praia Port. These modern turbines, five times more powerful than current ones, will help reduce over 50,000 tons of carbon dioxide (CO2) per year, reaching 100,000 tons with the overall operation of Cabeólica.

With a nominal power of 4,500 kW, these new turbines will start generating energy from winds of just three meters per second, compared to current turbines that require winds of four meters per second. Upon installation, they will be the tallest structures in the country, with a hub height of 105 meters and a tip of the blade around 180 meters.

The energy storage system in batteries is expected to be operational by the end of the year, further increasing the capacity of energy injected and the stability of the grid. This system, along with the new turbines, is expected to strengthen energy independence and make electricity more competitive.

The first kilowatts of energy are set to be produced in October, with the gradual commissioning of the entire project. The installation of these turbines fits into the national energy transition goals for 2025/2026, aiming to increase the share of renewables in the electricity matrix to at least 30%. By 2030, Cabo Verde aims to reach 50% renewable energy.

The logistical challenge of transporting equipment includes adjusting the course through city streets due to blades up to 75 meters. International companies specialized in logistics and turbine installation support the entire process. Various entities, including the National Police, are providing support to minimize traffic impacts.

The new turbines are technologically more advanced, adapting to the complexities of island grids. Upon completion, they will make the country less dependent on international factors that cannot be controlled, ensuring greater sustainability and energy security. Valdemar Lopes, technical director of Cabeólica, stated that these turbines will help wind power represent up to 30% of national production.

Transport operations for the Santiago's Wind Farm began on September 3 and are expected to take about two weeks. The installation of these turbines is part of the Cabeólica expansion project, which includes components like blades, towers, and nacelles. The expansion is expected to reduce over 50,000 tons of carbon dioxide (CO2) per year, reaching 100,000 tons with the overall operation of Cabeólica.

While specific international companies supporting the complete process of installing new wind power plants in Cape Verde are not explicitly listed, it is common for such projects to involve specialists in technology, installation, and grid integration. However, the names of the companies involved in the Cape Verde installations are not currently available in the provided search results.

In conclusion, the installation of these new wind turbines marks a significant step towards Cape Verde's renewable energy goals and energy independence. The project is expected to boost the country's energy security, reduce carbon emissions, and contribute to a more sustainable future.