Siemens Gamesa signs 471MW wind power deal with Neoenergia

By Sophie Chapman
Share
The Spanish renewable energy manufacturer, Siemens Gamesa, has signed the largest wind contract ever seen in Brazil.

The Spanish renewable energy manufacturer, Siemens Gamesa, has signed the largest wind contract ever seen in Brazil.

The firm has made an agreement with Neoenergia – the Brazilian subsidiary of the Spanish utility, Iberdrola – to supply it with 471MW.

As part of the agreement, Siemens Gamesa will commission 136 SG 3.4-132 wind turbines, to be deployed in the Santa Luzia complex.

The complex, located in already Paraíba state in the north east of Brazil, already features 15 wind farms.

SEE ALSO:

 

The turbine is one of the Spanish manufacturer’s most efficient turbines, with blades that span for 65m.

“We are very proud that Iberdrola has selected us for such an important endeavour,” remarked José Antonio Miranda, CEO of Operations in the Americas at Siemens Gamesa.

“It constitutes a milestone in the history of the Brazilian wind sector as it is one of the largest turbines contract ever placed in this market.”

The turbines will be produced at Siemens Gamesa’s facility in Camaçari, found centrally along Brazil costal line.

Share

Featured Articles

Q&A with Amex GBT’s Director of Global Sustainability

Nicole Sautter, Director of Global Sustainability at Amex GBT, shares how it and Shell Aviation are key to reaching SAF goals with the Avelia programme

China's Pivotal Role in the Global Clean Energy Sector

We explore how China, a clean energy leader, drives the global clean energy market, investing heavily in renewables and leading technological innovations

IEF Explores the 'Paradox' of Mining's Role in Clean Energy

The International Energy Forum (IEF) identifies mining's critical yet challenging role in achieving a sustainable, electrified future

CDP: Critical Gaps in Corporate Renewable Energy Targets

Renewable Energy

Gartner says AI's Hunger for Power Strains Data Centres

Technology & AI

Shell, Equinor, Uniper & the Global Energy Storage Problem

Renewable Energy