| Work Detail |
Goldwind stands at the forefront of wind energy, driven by an unwavering commitment to research and development (R&D), production excellence, rigorous testing, and global certification standards. This commitment ensures the highest levels of quality, stability, and reliability in every turbine produced.
With eight R&D centers worldwide, Goldwind dedicates over 30% of its workforce to R&D efforts. This extensive investment in human capital reflects the companys dedication to keeping pace with technological trends, applying new technologies, enhancing productivity, and fulfilling customer demands for high-quality renewable energy solutions.
Goldwind will continue to facilitate the R&D of smart energy, provide our partners with digital tools for analysis and management under different energy scenarios, empower their energy system digitalization, help them deal with business development challenges, including high-precision wind resource assessment, large-scale power forecasting, high-efficiency digital power plants, and optimized clean energy utilization & management systems.
Goldwind has established the largest comprehensive clean energy experimental system globally. This facility boasts four-level experimental verification capabilities for components, subsystems, complete machines, and field networks, forming the backbone of innovation and future technology development in the wind energy sector.
The blade experimental platform is a testament to this capability, offering static tests, fatigue tests, and analyses on the main structural components of full-size blades. This platform is crucial in optimizing blade design and enhancing operational reliability.
Similarly, the pitch and yaw experimental platform provides reliability assessments and diagnostic tests for each megawatt-level unit, simulating real-world loads to improve unit reliability significantly.
Goldwinds 6-10MW complete machine transmission experimental platform, initiated as the prestigious 863 project by the Ministry of Science and Technology in 2009, marked a significant achievement in domestic testing capabilities, supporting the optimization of megawatt-level units.
The integration of automation and digitalization within the production process underscores Goldwinds innovative approach. The use of automatic bolt fastening equipment, heavy-duty Automated Guided Vehicles (AGVs), machine visualization, and identification systems enhances the quality management process, ensuring standardized, high-quality products.
Certifications and Global Standards
Goldwinds turbines are renowned for their smart design and exceptional quality, backed by type certifications from leading certification bodies. This adherence to global standards is a clear indication of Goldwinds dedication to technological innovation and excellence.
Ensuring Turbine Excellence for the Global Market
Before entering the international market, each turbine undergoes a comprehensive installation, testing, and efficiency evaluation process, complete with quality certifications. This meticulous approach guarantees that Goldwind turbines possess outstanding features: high safety, flexibility, grid compliance, and value addition, setting new benchmarks in the wind energy sector.
Through its dedication to R&D, cutting-edge testing facilities, and rigorous quality standards, Goldwind continues to drive the future of wind energy, delivering reliable, efficient, and innovative solutions that meet the growing global demand for clean energy. |
