The company, with a professional R&D team of 200 engineers and technicians, adopts lightweight design and embraces high blade length-to-diameter ratio. With effective product iteration, optimal adaptation to the whole machine design, we establishment of an all-round testing system at the material, component and product level.
SANY is committed to providing products in high reliability and strong performance through intelligent manufacturing, advanced technology, and industry-leading efficiency in molding.
Blade development is based on different platforms to cater for application in a wide range of wind regime conditions. The diameter of the wind rotor ranges from 146 meters to 270 meters, matching SANY wind turbine platforms of 3.X MW to 15 MW.
SANY Renewable Energy is the first to deploy the usage of pultrued carbon plates in onshore large megawatt class wind turbines, sticking to light weight design and high length-to-diameter ratio.
The blade has a low-load and high-efficiency aerodynamic shape, a lightweight design of pultruded glass/carbon plates and was integrated with component testing, lightning protection testing and reliability verification of full-scale structures.
SANY Renewable Energy built a smart blade factory in Hunan Province, China. This blade factory integrates the digital intelligence and manufacturing services in the wind turbine blade industry., It has become a benchmark demonstration factory with "Best Quality, Highest Efficiency, Cost Effective, Shortest Delivery Time, Green and Low Carbon, Safety and Environmental-Friendly". The annual production capacity exceeds 1000 sets.
The standardized system is established for the whole process from design and development to after-sales service, covering the company's overall business scope.
Effective integration of IATF16949, ISO9001, SYQM and other systems to achieve whole process management.
Advanced quality management methods such as excellent performance management system and Six Sigma are introduced, technology, management and mathematical statistics are integrated to promote the effective operation of the quality assurance system.
APQP4WIND process for planning and control is adopted for the trial production of new products.
The new product has passed the static and fatigue test.
Advanced feedback mechanisms for quality issues is applied, DFMEA and PFMEA mechanisms are promoted.
Intelligent technology to promote intelligent visual inspection.
Digitally trace the quality data of the whole life cycle of the blade.
Zero hidden in terms of Critical-To-Quality (CTQ), develop digital and intelligent testing equipment, and make the hidden quality characteristics visible.