星期五, 6 6 月, 2025
Home PV News Gamesa signs development deal for 5MW offshore turbine

Gamesa signs development deal for 5MW offshore turbine

The agreement between the two centres around the launch of the G11X 5MW in US waters. Gamesa said the turbine, which is based on the G10X 4.5MW platform, is currently being tested.


The deal between the two companies follows the failure of talks in July for Gamesa to buy a minority stake in offshore specialist Bard. Shortly afterward the collapse, Gamesa announced that it would develop its own offshore turbine.


Northrup Grumman and Gamesa said they are launching a centre in the Hampton Roads area of Virginia next month. A team of around 40 will instigate preliminary work to install the turbine. This will include site selection and permitting.


Gamesa said it chose Northrup Grumman because of its experience in heavy load logistics in marine environments. The company is the largest shipbuilder in the US and counts the US Navy among its customers.

LEAVE A REPLY

Please enter your comment!
Please enter your name here

- Advertisment -

Most Popular

Analysis: UK’s solar power surges 42% after sunniest spring on record

The UK’s solar farms and rooftops generated more electricity than ever before in the first five months of 2025, as the country enjoyed its...

Envision Energy Partners with SUN Terra to Build Full-Chain Energy Storage Ecosystem

Envision Energy, a global leader in green technology, announced a strategic partnership with SUN Terra, Indonesia's leading renewable energy company, to advance collaboration on energy storage...

BRICS Industrial Innovation Contest 2025 Energy Electronics Industry Track Tryout Officially Launches

On the afternoon of May 29, the press conference for the 2025 BRICS Industrial Innovation Contest Energy Electronics Industry Track Tryout (referred to as...

Aramco’s Renewable Energy Breakthrough: Flow Battery Powers Gas Production

Aramco has achieved a global milestone by commissioning a megawatt-scale renewable energy storage system, using an Iron-Vanadium (Fe/V) flow battery to power gas production...