The Core Technology That Powers Goldwind
Wider speed range and direct-drive technology increases efficiency by 5% compared to traditional models
Fewer components eliminate failures and maximize turbine availability to more than 99%
Eliminating gearbox O&M lowers overall costs by about 20%
Fully realize the flexibility of power with zero power-grid impact and outstanding high and low voltage ride-through capabilities
Through precise positioning, smart sensors can comprehensively detect the turbines’ environment and conditions, and provide effective and accurate data input adapted to different scenarios for the management and control of smart wind turbines
Machine learning methods provide perceptual information that helps turbines evaluate their own environment, status and behavior for self-adjustment, self-adaptation and self-control
To optimize system design and achieve the best efficiency and profitability, turbines can make coordinated decision-making at station, farm and electric system levels in the face of complex future application scenarios
Higher power generation
Safer and more reliable
Better environment adaptability
Grid-friendly connection
Better Solutions for Onshore, Offshore, and Distributed Generation Scenarios