Wind Turbines, Onshore to Deep Water

Ming Yang builds onshore, offshore and floating wind platforms — from 5 MW machines for inland sites to an 18.5 MW offshore turbine carrying a 260-metre rotor. Hybrid-drive technology, modular design and local manufacturing keep bringing the cost of clean power down.

A larger rotor captures more energy from the same site. That means fewer turbines, fewer foundations and fewer vessel movements for the same output — lower project cost and lower lifetime emissions per megawatt-hour, from a single design decision.

Product spotlight

MYSE 18.5-260

Our 18.5 MW offshore platform carries a 260-metre rotor and is designed for a 35-year service life. Fewer, larger turbines cut balance-of-system costs and reduce the steel, concrete and installation work a project needs for every megawatt installed.

See the full specification

Ming Yang MYSE 18.5-260 offshore wind turbine

Wind turbine platforms

Offshore and Floating

Platforms from 8.5 MW to 18.5 MW, including the OceanX floating design for deep water and sites far from shore. Full operating data for each platform follows.

Wind Turbine

Rated power: 18,500 kW
Rated wind speed: 11.5 m/s
Cut-in wind speed: 3 m/s
Cut-out wind speed: 30 m/s
Survival wind speed: 50 m/s (10 mins) / 70 m/s (3 s)
Operational temperature: -10℃ ~ +40℃
Survival temperature: -20℃ ~ +50℃
Design life: 35 years

Rotor

Rotor diameter: 260 m
Swept area: 53,093 m²
Pitch: Electric

Blade

Blade length: 127.5 m
Materials: Glass and carbon fibre epoxy composite

Generator

Type: PMSG
Rated power: 19,500 kW
Rated voltage: 950 V

Converter

Rated output voltage: 950 V
Frequency: 50/60 Hz
Cooling: Air-water cooling

Tower

Type / hub height: 155 m

Wind turbine platforms

Onshore

Platforms from 5 MW to 7.5 MW, with steel and hybrid towers up to 170 metres for inland and lower-wind sites. Full operating data for each platform follows.