stability: Floating systems usually use a trimaran or other stable designs that can maintain stability under the effects of waves and wind, reducing sway and tilt.
Anchoring system: By anchoring to the seabed, the floating platform can maintain its position in strong winds and high waves, ensuring the effective operation of the wind turbine.
2. Material selection
Corrosion-resistant materials: The use of materials resistant to seawater corrosion (such as special alloys and composite materials) extends the service life of the equipment and reduces maintenance requirements.
Lightweight design: The use of lightweight structural materials reduces the center of gravity of the floating platform and improves stability.
3. Dynamic adjustment
Real-time monitoring: Equipped with sensors and monitoring systems to track environmental conditions (such as wind speed and wave height) in real time, so as to adjust the direction and power output of the wind turbine.
Active control system: By controlling the speed and blade angle of the wind turbine, energy capture can be optimized and mechanical loads reduced.
4. Marine environment adaptation
Design for adaptation: Customized designs based on the wave, tidal and wind speed characteristics of specific sea areas to maximize system efficiency and safety.
Ecological considerations: Designs and layouts that take into account the impact on marine ecology and avoid affecting the habitat of marine life.
5. Economics and sustainability
Reduce costs: As technology develops, the manufacturing and maintenance costs of floating systems gradually decrease, enhancing their economic feasibility.
Scale development: By scaling the project, fixed costs can be shared, improving overall economics.
6. International cooperation and standardization
Technology sharing: Collaborate with international research institutions and companies to share technology and experience and accelerate the research and development process.
Establish standards: Develop industry standards and best practices to ensure the safety and reliability of the system.