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Home » News » Wind Energy » Mingyang Smart Energy Unveils 22MW Offshore Wind Turbine
Wind Energy

Mingyang Smart Energy Unveils 22MW Offshore Wind Turbine

By Eddie GriffithOctober 23, 20232 Mins Read
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Credit: MingYang Smart Energy
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Mingyang Smart Energy has introduced the MySE 22MW offshore wind turbine, expected to be the world’s most powerful in its category. With a rotor exceeding 310 meters in diameter, the turbine is designed for regions with high average wind speeds ranging between 8.5 and 10 meters per second. The announcement came during the China Wind Power 2023 event, with the turbine set for development between 2024 and 2025.

Mingyang notes that the MySE 22MW is typhoon-resistant and suitable for both fixed-bottom and floating applications. The carbon-fibre blades have been engineered to achieve an optimal balance between strength, weight, and corrosion resistance.

In addition to its offshore advancements, Mingyang is also making strides in onshore wind technology at its Inner Mongolia facility. The MySE 11-233, one of the world’s largest onshore wind turbines, is specifically engineered for the challenging terrains of deserts and Gobi regions. With rotor diameters ranging from 233 to 243 meters and tower heights between 130 and 200 meters, the unit is capable of generating sufficient electricity at full capacity to power approximately 1,300 households for a month.

Mingyang’s MySE 11-233 integrates advanced thermal management technology and maintenance-free sand filters. It also comes with grid-friendly features, making it particularly suitable for regions with underdeveloped power infrastructure. The company highlights that the dry connection tower design of the unit facilitates rapid construction while maintaining high product quality and cost-effectiveness.

blade China Infrastructure Mingyang Mingyang Smart Energy MySE 22MW Wind turbine
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Previous ArticleSiemens Energy Explores New Turbine Development Amidst Wind Energy Woes
Next Article Prysmian Group Completes Installation and Testing for 800MW Vineyard Wind 1 Project

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