Mingyang’s Giant 16.6MW Floating Wind Platform Starts Operating in China (Photos)

OceanX floating wind platform (Credit: Mingyang Smart Energy)
OceanX floating wind platform (Credit: Mingyang Smart Energy)
(Credit: Mingyang Smart Energy)
(Credit: Mingyang Smart Energy)
(Credit: Mingyang Smart Energy)
(Credit: Mingyang Smart Energy)
(Credit: Mingyang Smart Energy)
(Credit: Mingyang Smart Energy)
(Credit: Mingyang Smart Energy)
(Credit: Mingyang Smart Energy)
(Credit: Mingyang Smart Energy)
(Credit: Mingyang Smart Energy)
(Credit: Mingyang Smart Energy)
(Credit: Mingyang Smart Energy)
(Credit: Mingyang Smart Energy)
(Credit: Mingyang Smart Energy)

China’s Mingyang Smart Energy has put into operation what’s said to be the world’s largest single capacity floating wind platform, rated at 16.6 MW, at Qingzhou IV offshore wind farm in South China Sea.

The floater, dubbed OceanX, features dual-turbine 'V' shaped platform with a total capacity of 16.6 MW and comprises of two counter-rotating rotors of MySE8.3-180 super compact hybrid drive wind turbines, each rated at 8.3 MW.

The platform operates autonomously, starting up with its own power systems, and has been tested for off-grid stability.

Engineered to withstand typhoons with 360° load considerations and a single-point mooring system, OceanX is 219 meters tall and spans 369 meters.

OceanX has been designed for deep water applications, capable of producing 54 million kWh annually, which is sufficient to power 30,000 households.

It features first floating foundation using ultra-high-performance concrete with 115 MPa strength, and unique counter-rotating blades design, which increases power generation by 4.29%, according to Mingyang.

Current News

Orsted Maintains US Sunrise Wind Plan for H2 2027

Orsted Maintains US Sunrise Wi

Nigeria Commissions Floating Storage and Offloading Vessel

Nigeria Commissions Floating S

Lithuania Scraps Second Offshore Wind Tender as Only One Bidder Applies

Lithuania Scraps Second Offsho

SeaThor Starts Testing Dynamic Cable Protection System for Floating Wind

SeaThor Starts Testing Dynamic

Subscribe for OE Digital E‑News

 
Offshore Engineer Magazine