The 15MW floating offshore wind power model developed jointly by
It was announced on the 14th that approval (AiP 2) was obtained.
DNV (Det Norske Verias,
AiP (Approval in Principle): Basic approval for the conceptual design of new technology
After signing a business agreement with MBW in
Unlike fixed offshore wind power, floating offshore wind power has the advantage of being able to be transported and installed after manufacturing the superstructure on land, and because the load acting on the system is small, existing fixed offshore wind power generators can be used as is. In particular, the newly developed elevating spar-type floating body MSPAR 3) was designed to ensure the stability of the floating body even under extreme environmental conditions in the
MSPAR: Movable SPAR (
MSPAR improved economy and efficiency by using a hybrid material that mixes concrete and steel. MSPAR takes different forms at each stage. During the assembly and transportation stages, it is a semi-submersible type with raised ballast 4) 5) and during the installation and operation stage, it is a stable spar with lowered ballast. 6) It takes shape and produces electricity.
Ballast: A device that maintains the balance of a floating body, such as ballast water on a ship.
Semi-submersible: Applicable to water depths of 50m or more, and has a low draft, making it advantageous for assembly/transportation on quay walls.
Spar: Applicable to water depths of 120m or more, a structure that ensures stability by lowering the center of gravity
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