Our platform-based product portfolio has models suitable for the needs of global offshore wind farms.
The flexible power adjustment design satisfies customized power level selection.
Lower wake loss results in increased generation capacity.
Smaller sea occupation area reduces investment costs.
Reducingwind farm construction costs
Fewer turbine sites result in reduced construction and relocation work and lower schedule control risks.
The integrated support structure design, combined with advanced load reduction technology, optimizes load design and reduces support structure weight.
Integrated hoisting of the bottom section of the tower (including the electrical system) and the head (nacelle, blade, generator) reduces the time required for erection and commissioning.
The single-blade hoisting plan extends the operation window and ensures high quality and efficiency of offshore operations.
The offshore project construction management and dispatching system, combined with a hydro-meteorological forecasting system, achieves reasonable dispatching of staff, equipment, and materials in order to develop construction-related efficiencies.
Ensuringwindfarm operations efficiency and stability
Based on the wind farm cluster control technology of “POWERNEST™ System”, overall wind farm generation efficiency is increased.
Our big data analysis platform and status monitoring system automatically optimizes turbine control parameters, reduce machine loads, and increase turbine generation capacity.
The patented second-generation offshore turbine-integrated environmental control technology provides turbines with comprehensive protection to ensure stable operations.
The extendible nacelle helicopter hover platform provides additional means of O&M transport to improve the turbine accessibility.
Online monitoring and fault prediction and pre-diagnosis based on the expert mode library help scientifically plan O&M work and improve O&M efficiency.