Recently, FL RENEWABLES successfully completed the first installation of a 185-meter hybrid tower in Yilan County, Harbin City, Heilongjiang Province. This project has become the company's highest tower project to date.
This project has a total installed capacity of 200MW, equipped with 18 wind turbines with a single-unit capacity of 8.5MW and 2 turbines with a single-unit capacity of 7.15MW.
The hub center height of the concrete tower wind turbine is 185 meters, and the hybrid tower section height reaches 158.9 meters. This project fully demonstrates FL RENEWABLES's technical strength and engineering capabilities in the ultra-high tower field, providing practical evidence for the large-scale application of ultra-high towers.
This project adopts the luffing jib crane installation technology, effectively breaking through the height and weight limitations of traditional crawler cranes and solving the problem that crawler cranes cannot meet the demand for ultra-high tower projects.
Breaking height and weight limitations
The luffing jib crane technology not only significantly improves installation efficiency but also enhances construction adaptability in complex terrains, providing a more economical and efficient solution for ultra-high tower installations.
Full-process integrated capability
FL RENEWABLES provides full-process integrated services from the design, production, transportation, installation, and maintenance of hybrid towers, fully demonstrating FL RENEWABLES's technical strength in the full lifecycle of hybrid towers.
The breakthrough of the 185-meter hybrid tower height not only highlights FL RENEWABLES's continuous innovation capability in the hybrid tower field but also sets a new benchmark for ultra-high tower projects in the industry. Through the exploration and application of luffing jib crane technology, the company further promotes technological iteration in the hybrid tower field, providing replicable engineering experiences for the industry.
In the future, FL RENEWABLES will continue to strive to improve the technical level of ultra-high towers, driven by technological innovation, to contribute more power to the high-quality development of green energy and the realization of the carbon peaking and carbon neutrality goals!
