Wind Power Trends: The global pace of wind power equipment deployment is accelerating. In 2023, cumulative global wind power capacity surpassed 1 terawatt (1,021 GW) for the first time, marking the industry s entry into a phase of large-scale expansion. From 2024 to 2030, growth will follow a “Asia-Pacific-led, multipolar-emerging” pattern: ① China continues to dominate growth:By 2024, cumulative offshore wind capacity reached 43.31 GW (world s highest).New installations in 2025 are projected at 14-17 GW, accounting for over 60% of global offshore additions. ②Emerging markets surge: Africa and the Middle East saw 182% capacity growth in 2023, while Brazil and India entered the global top five for onshore wind additions, collectively contributing 15% of global growth. Contribution to Electricity Supply: From “Supplementary Energy” to “Main Power Source” Global wind power s share of electricity demand rose from 6.1% in 2020 to 9.8% in 2024, with Europe (19%) and Denmark (56%) setting exemplary benchmarks; China s annual wind power generation exceeded 800 billion kWh in 2024, accounting for 7.5% of national electricity demand. The 2035 target of 30% non-fossil energy share will further elevate wind power s significance. Performance Requirements and Applications: The wind power sector s demand for carbon fiber centers on three core requirements: fatigue resistance, lightweight efficiency enhancement, and full-lifecycle economics. It must simultaneously meet multidimensional demands including mechanical strength, weather resistance stability, and process adaptability. Primary applications include blades, blade main beams, pultruded beams, and towers.