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Vestas V182-7.2 MW™ Onshore Wind Turbine

Vestas V182-7.2 MW™ Onshore Wind Turbine

Designed to unlock more energy, strengthen project economics, and support greater certainty throughout the project lifecycle, the V182-7.2 MW™ reflects an evolution focused on where it creates the greatest impact.

As energy markets continue to evolve, value creation depends on more than energy production alone. The V182-7.2 MW™ is developed to address this reality, combining proven platform technology with targeted enhancements designed to strengthen project performance and increase certainty throughout the lifecycle.

Delivering 4-6 percent higher Annual Energy Production than the V172-7.2 MW, depending on site conditions, the V182-7.2 MW™ builds on the mature EnVentus™ platform to unlock more value from every project while maintaining the reliability of a proven architecture.

Built on the proven EnVentus™ platform, the V182-7.2 MW™ introduces targeted enhancements designed to increase performance while reducing execution risk, combining platform maturity with the next evolution of energy production.

A larger rotor and targeted drivetrain enhancements increase annual energy production while lowering the cost of energy. The result is stronger project returns, improved competitiveness, and increased value from every turbine installed.

The larger rotor-to-rating ratio improves performance in lower wind speeds and shifts generation toward higher-value operating hours. The result is not only more energy, but energy delivered when it can create greater value in increasingly dynamic power markets.

Available options

  • Oil Debris Monitoring System
  • High Temperature Cooler Top
  • Service Personnel Lift
  • Low Temperature Operation to -30°C
  • Vestas Ice Detection™
  • Vestas Shadow Flicker Control System
  • Aviation Lights
  • Aviation Markings on the Blades
  • Fire Suppression System
  • Vestas Bat Protection System
  • Lightning Detection System
Technical specifications

POWER REGULATION OPERATIONAL DATA
Pitch regulated with variable speed
Rated power:   7,200kW
Cut-in wind speed:  3m/s
Cut-out wind speed:  25m/s
Wind class:  IEC S
Standard operating temperature range:  from -20°C** to +45°C 

SOUND POWER
Maximum:   109.0dB(A)**Sound Optimised Modes available dependent on site and country

ROTOR
Rotor diameter:  182m
Swept area:   26,016m2
Aerodynamic brake:  full blade feathering with 3 pitch cylinders

ELECTRICAL
Frequency:  50/60 Hz
Converter:  full scale

GEARBOX
Type:   three planetary stages

TOWER
Hub heights:  109 m (IEC S), 170 m (IEC S), 170 m (DiBt)
*Site specific towers available on request

SUSTAINABILITY METRICS
Carbon Footprint:  5-9g CO2e/kWh
Return on energy break-even:  8-12 months
Lifetime return on energy:  25-45 times
Wind turbine recyclability of designed 'as built' turbine:  99% (Percent of weight)
Wind turbine recyclability after disassembly:  98.5% (Percent of weight)
Wind turbine recyclability after recycling treatment:  85% - 96% (Percent of weight)

Configuration: 109-170m hub height, Vavg=7.2-7.7m/s, k=2.0-2.5. Depending on site-specific conditions.
It should be noted that results may vary significantly depending on the wind turbine configuration, wind climate (i.e. average wind speed, turbulence or air density) as well as the transport supply-chain.  As such, a range of results is presented and they may vary from those shown.

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