Vestas launches V182-7.2 MW onshore turbine to boost yield and economics

# What Vestas announced Vestas introduced the V182-7.2 MW onshore wind turbine. It retains the 7.2 MW rating of its predecessor, the V172-7.2 MW, but uses a larger rotor (182 m) and an increased rotor-to-rating ratio. Vestas says the changes boost energy production and improve the commercial case for projects, especially at low-to-medium wind sites.

# Performance and economics in plain terms Vestas reports up to a 6% increase in annual energy production (AEP) compared with the V172-7.2 MW. The turbine's specific rating is 277 W/m2, which the company says drives a capacity-factor increase of up to 2%. Because the larger rotor captures more energy at lower wind speeds, Vestas estimates capture prices can improve by up to 3% and that levelized cost of energy (LCoE) will be lower relative to the V172-7.2 MW depending on site conditions.

Practical implication: projects sited where winds are lighter or where revenue is higher during low-wind periods should see the clearest gains. The design also aims to generate more power during periods that typically have higher electricity prices, which matters for merchant or price-volatile markets.

# Platform and operational context

# Where Vestas expects to sell it Vestas describes the turbine as globally applicable but particularly targeted at low-to-medium wind sites across Europe, Australia, South Africa, and North and South America. The company positions the model for markets where capturing more energy at lower wind speeds and improving project bankability matter most.

# Company positioning and messaging Felix Henseler, Vestas' Chief Technology and Operations Officer, said the V182-7.2 MW is designed to provide consistent, high-performance output that supports project economics and long-term bankability. The statement frames the model as a measured step in the EnVentus platform's evolution rather than a wholesale technology change.

# What this means for developers, investors, and grid planners

• Investors and lenders: Higher AEP and improved capture prices can strengthen project revenue profiles, which helps bankability if the gains materialize at the specific site.
• Grid planners and operators: Greater generation at lower wind speeds can shift when power is produced and may help ease congestion during certain periods, but impacts will be site- and system-specific.

# Bottom line The V182-7.2 MW is an incremental product evolution that keeps the 7.2 MW rating while enlarging rotor swept area to raise energy capture and improve economic metrics in lower-wind regimes. Its value will depend on site wind regime, market prices, and project-specific grid constraints.