Built upon the established Model Z platform, the new turbine features a Europe-specific high-performance rotor and a vertically integrated powertrain. By optimizing the swept-area-to-power ratio, the unit enables a 2–4% reduction in the levelized cost of energy (LCOE). Christian Schrimpf, Executive Vice President of Offshore Wind, emphasized that the design focuses on translating scale into tangible economic value and operational reliability over the project lifecycle rather than mere size increases.
Envision Energy Launches 16.7 MW Offshore Turbine
Envision Energy has unveiled the EN-252/16.7, a high-capacity offshore wind turbine engineered specifically for demanding wind environments. Designed to bolster project returns through scale and advanced engineering, the system promises to increase annual energy production while significantly reducing the number of units required for large-scale offshore wind farms.
To ensure resilience in extreme conditions, the turbine withstands extreme wind speeds of up to 82 m/s. Its safety framework includes deep integration with energy storage, allowing for backup power during grid failures or severe storms. The system also utilizes the AI-driven Galileo platform, which has been deployed across 20,000 units since 2020. This software provides early-warning diagnostics, enabling operators to plan maintenance proactively and minimize unplanned interventions. With extensive in-house testing—including 600 hours of accelerated life trials for the drivetrain—the company aims to secure long-term performance for global offshore developers.
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