Yang Zi Wan Bao Wang·2026-01-27 09:46Core Insights - The launch of the world's first full-scale testing platform capable of simultaneously testing six 200-meter wind turbine blades marks a significant advancement in China's offshore wind power industry, addressing the need for large megawatt and long blade testing capabilities [1][3] Group 1: Platform Overview - The full-scale blade testing platform is a key facility within the Yancheng Port Zero Carbon Industrial Park, developed through collaboration between the China Quality Certification Center (CQC) and local enterprises, utilizing a "central-local linkage, government-enterprise collaboration" operational model [3] - The platform is designed to meet the industry's demand for testing large offshore wind turbine blades, which are increasingly reaching lengths of 150-160 meters, overcoming limitations of traditional testing facilities [5] Group 2: Testing Capabilities - The platform can conduct fatigue and static tests for wind turbine blades, accommodating models ranging from 10 to 25 MW, with fatigue tests simulating 20-30 years of offshore service life through 5 million cycles at a frequency of 2 times per second [5] - Static tests apply loads of 1.5-2.0 times the ultimate limit to verify structural safety, while the platform can simulate complex environmental conditions such as typhoons and salt spray, ensuring reliable data [5] Group 3: Efficiency and Cost Reduction - The testing process includes a closed-loop service from clamping to certification, significantly enhancing the research and production efficiency for companies like Envision Energy and Mingyang Smart Energy, reducing development cycles by over 30% and external testing costs by approximately 40% [7] - The platform is expected to test 20 blades annually, with a testing cycle of 6-8 months per blade, and has already filled its order book for 2026 [5][7]