FAQ

1. Low cost. Hybrid towers taller than 140 meters are estimated to save one-third of the cost per kilowatt compared to steel towers of the same height.

2. The production cycle is short. The installation time of a traditional steel tower unit is about 43 days, while a hybrid tower usually completes hoisting in 30 days.

3. More stable. Due to the characteristics of the material, concrete towers are more stable and safer than steel towers.

FL's pioneering use of tower cranes can break through the height limit of wind turbines and realize the hoisting of wind turbines above 140 meters.

In order to offer our international customers greater flexibility, we have developed a mobile manufacturing concept where we can set up plants around the world for the series production of modular concrete panels. This allows us to achieve the same high quality level anywhere in the world and produce up to 300 towers per year.

UHPC (Ultra-High Performance Concrete) is a new type of building material that has extremely high compressive strength, far exceeding traditional concrete. The compressive strength of traditional concrete is generally 30-60MPa, while the compressive strength of UHPC can reach more than 150MPa, which is 4-6 times that of traditional concrete. Metal materials such as steel fibers are added to the main components of UHPC, which can greatly increase the density and tensile strength of UHPC.

At the same time, UHPC materials also have excellent corrosion resistance, water impermeability, and freeze-thaw resistance. They can withstand the effects of climate change, chemical erosion, and other factors, and can still ensure the service life of buildings in harsh environments such as high cold and high corrosion.