Multi-objective optimization technology is adopted, combined with multi-dimensional joint simulation iteration (aerodynamics-structure-load-testing-noise), to achieve a precise balance between blade lightweighting and aerodynamic efficiency.
Based on the "family" design platform, blades of different power ratings can be rapidly derived to support customized requirements for onshore and offshore wind farms.
The blades integrate embedded sensors to monitor stress, damage, and icing conditions in real time, preventing failures and improving safety.
The main spar of the blades uses carbon fiber pultruded plates in batch, and the skin uses high-modulus glass fiber, significantly enhancing the load-bearing capacity of the blades.
Modular blade manufacturing (prefabricated blade root and trailing edge beam), preformed raw materials, and digital flexible production lines greatly reduce manufacturing defects and improve blade molding efficiency.
