Ekstra høje 3D printede vindmølle tårne produceret på installationsstedet
Building on the results achieved in a first EUDP project, the purpose of this project is to finalise the development and testing of the technologies needed to produce extra – tall 3D printed wind turbine towers on site on demand with the help of 3D concrete printing. The technologies include 3D construction printing with fiber reinforced concrete creating a structurally sound trumpet shaped tower on site connected to the foundation via tendons inside the tower, but external to the concrete.
Building on a first successful EUDP project, the project aims to create extra tall onshore wind turbine towers using 3D construction printing. A structural design for 160m tall hybrid towers, with the first 80m being 3D printed and the remaining height either being 3D printed concrete or a steel tower will be developed. The existing BOD XL 3D printer model will be improved, enabling it to print 20m tall tower bases at an industrial scale with fiber reinforcement. A scaled model design will also be developed for testing and data extraction. The project will establish a design and construction method for 5m tall 3D printed concrete rings to be stacked and put on top of the first 20m base printed directly on the foundation. A 3D printable, fiber-reinforced, low-carbon concrete at an industrial scale, will be developed. A 6m tall scale prototype is planned to be 3D printed in 2025 for general design and concept verification. The data collected, if successful, will enable to proceed with a follow-up project: building a complete prototype 161m tower with a 5MW wind turbine generator based on verified technical feasibility and cost savings. This project will focus on developing and validating the structural design, material design, and printing technology.
Key figures
Category
Participants
Partner | Subsidy | Auto financing |
---|---|---|
COBOD International A/S | 10,26 mio. DKK | 10,26 mio. DKK |
Rambøll | 2,90 mio. DKK | 4,35 mio. DKK |
LafargeHolcim | 2,69 mio. DKK | 4,04 mio. DKK |
Danmarks Tekniske Universitet (DTU) | 12,71 mio. DKK | 1,41 mio. DKK |
PER AARSLEFF A/S | 1,94 mio. DKK | 2,91 mio. DKK |
Contact
Adresse: Skudehavnsvej 17A
Tlf.: 9290 9066
E-mail (projektleder): Pedram Yosefipor py@cobod.com
Hjemmeside: www.cobod.com