Today (20 October)
The China Wind Power Exhibition (CWP2025),
hailed as the ‘barometer’ and ‘bellwether’ of the global wind power industry,
opened in grand style at the China International Exhibition Centre in Beijing.
Under the theme ‘Advancing the Global Energy Transition, Working Together to Achieve Sustainable Development’, the conference brings together global wind power experts, nearly a thousand enterprises across the entire industry chain, and over 100,000 professional attendees to initiate a summit dialogue on the future of wind power, energy transformation, and the sustainable development of our planet.
As a leading enterprise in the field of full carbon fibre composites, Ausun Technology made a striking appearance at the exhibition with its core products, including carbon fibre pultruded panels and carbon fibre woven fabrics. The company comprehensively showcased its cutting-edge technologies and practical application achievements in recent years, demonstrating its innovative capabilities spanning from fundamental materials to integrated system solutions, thereby attracting significant industry attention.
The Ausun Technology booth was bustling with visitors, attracting a steady stream of clients as consultations and negotiations continued to intensify. The carbon fibre pultruded panels developed by Ausun Technology for wind turbine blades serve as the ‘reinforcing skeleton’ for the main beam structure. Leveraging core advantages of high quality, high modulus, and high weather resistance, they have become the key material for solving the challenge of ‘weight reduction and efficiency enhancement’ in large wind turbines, earning a place on the Ministry of Industry and Information Technology's list of ‘Manufacturing Single Champion Products’. At the exhibition, they attracted numerous visitors to stop and observe.
According to the latest projections from the International Renewable Energy Agency (IRENA), achieving the Paris Agreement's 1.5°C temperature control target requires cumulative global wind power development reaching 2.7 billion kilowatts by 2030, further increasing to over 4.3 billion kilowatts by 2035. This target implies that annual global wind power installations must average 280 gigawatts over the next decade, far exceeding the historical peak of 120 gigawatts recorded in 2023. This presents unprecedented challenges for the lightweighting and durability of wind turbine materials. As one of the few enterprises globally capable of achieving full-chain self-reliance in wind power materials, Ausun Technology will support global wind power expansion through three strategic pillars: technological cost reduction, performance breakthroughs, and economies of scale. This approach will provide robust momentum for the wind power industry's development.
The 2025 Beijing International Wind Energy Exhibition serves not merely as a platform for exhibition and display, but as a global ‘innovation hub’ and ‘ecosystem co-creation ground’ for the wind power industry chain. Moving forward, Ausun Technology will continue to leverage the exhibition as a window, collaborating with global partners to forge a golden triangle of ‘materials-manufacturing-application’. Every kilowatt-hour of wind power generated shall become a green footprint on the path towards a zero-carbon world.
We strive to turn the impossible into the possible through materials science.
20–22 October 2025
E3-B02
AusTech invites you to chart a new blueprint for wind power
