Aeolon Technology Co., Ltd products

The AL98C1 wind turbine blade by Aeolon is engineered for high-performance energy generation applications. With a blade length of 98 meters and fitting into the IEC S design class, it is a considerable component in large-scale wind turbine systems. The blade features a maximum chord length of 4.8 meters and a pre-bending of 6.5 meters for enhanced aerodynamic efficiency. Manufactured using E/H-glass reinforced epoxy, it promises a design operational life of 20 years, highlighting robustness and longevity in demanding environments. The rotor diameter associated with this blade is 200 meters, and it operates within a speed range of 5 to 10.5 rpm, achieving a rated tip speed of 98.08 m/s and a rated rotor speed of 9.4 rpm. It features a power control system that is pitchable and variable-speed, ensuring optimal performance under various wind conditions. The blade supports an optimal tip speed ratio of 12.1 and performs at a coefficient of 0.464 at its optimal TSR. The insert principle used for blade connection, with a bolt hole circle diameter of 2800mm and 112 tension bolts, emphasizes secure and stable installation.

The AL94C2 wind turbine blade is engineered to meet the rigorous demands of modern wind power generation. With a length of 94 meters, it adheres to the IEC S design type class and features a maximum chord length of 4.8 meters. The blade's technical specifications include a pre-bending of 6.5 meters and a mass without T-bolt of 21.8 tonnes. Integrating E/H-glass reinforced epoxy materials, it boasts a design operational life of 20 years. It fits into a 193-meter diameter rotor, typically operating between 5 to 10.1 RPM. Designed to handle rated powers of up to 6.X MW, it features pitchable and variable-speed power control systems. With a rated tip speed of 90.31 m/s and an optimal tip speed ratio of 11.7, the blade achieves a performance coefficient of 0.474 at optimal TSR. The blade connection is secured using 112 M36X4.0 10.9 tension bolts over a bolt hole circle diameter of 2800 mm.

The AL91A2 wind turbine blade, produced by Aeolon Technology Co., Ltd., is characterized by its impressive blade length of 91 meters. Designed to meet IEC S standards, it incorporates advanced materials such as E/H-glass reinforced epoxy, ensuring both strength and durability over a design operational life of 20 years. The blade features a maximum chord length of 4.8 meters and a pre-bending measurement of 6.5 meters, contributing to optimal aerodynamic performance. Engineered for large wind power applications, it operates with a rated power of 5.x MW, utilizing a rotor diameter of 185 meters and a three-blade configuration that supports pitchable and variable-speed power control systems. The operational dynamics include a speed range of 5-10 rpm and a rated tip speed of 87.13 m/s, enhancing the efficiency and effectiveness of power generation. The blade's structural integrity is further reinforced by the use of 128 tension bolts and an outer root diameter of 3310 mm, facilitating robust and secure installation.

The AL94D1 is a wind turbine blade designed for high-performance and long-lasting operation. With a blade length of 94 meters, it falls under the IEC S design type class. The blade features a maximum chord length of 4.8 meters and a notable pre-bending of 6.5 meters. Its mass, excluding the T-Bolt, is 25.133 tons with an additional T-Bolt mass of 442 kg. Designed for an operational lifespan of 20 years, the blade is constructed from E/H-glass reinforced epoxy. It's engineered for turbines with a rated power of over 6 MW, featuring a rotor diameter of 193 meters and three blades. The blade supports pitchable and variable-speed power control with a speed range of 5-10 rpm and a rated tip speed of 91.14 m/s. Its optimal tip speed ratio is 11.6 with a performance coefficient at TSR-opt of 0.479. The blade connection utilizes a T-Bolt principle with 96 M45x4.0 10.9 tension bolts, a bolt hole circle diameter of 3200 mm, and an outer root diameter of 3340 mm.