case study floating foundation wind turbine

HOW DOES FLOATING OFFSHORE WIND ENERGY WORKS In addition, as noted above, they can take advantage of the strong winds blowing in the deeper areas, which improves energy efficiency. It thus overcomes a stumbling block to providing clean, inexhaustible and non-polluting energy for a more sustainable planet.Īmong the advantages of floating offshore wind are the potentially low environmental impact and the ease of manufacture and installation, as the floating turbines and platforms can be built and assembled on land and then towed to the offshore installation site. Basically, it opens the door to sites further offshore by allowing the deployment of wind turbines in larger and deeper offshore areas with higher wind potential. Its high potential and strategic added value, both at a socioeconomic and environmental level, make it one of the renewable sources that will play a crucial role in the decarbonisation process.įloating offshore wind, based on floating structures rather than fixed structures, offers new opportunities and alternatives. WHAT IS FLOATING OFFSHORE WIND ENERGYįirst of all, let us define what offshore wind energy is: it is a source of clean and renewable energy obtained by harnessing the power of the wind offshore, where it reaches a higher and more constant speed due to the lack of barriers. Advances invite optimism and, in this article, we will focus on one of them: floating offshore wind energy, one of the most promising derivatives. To achieve this, renewable energies will play a fundamental role and the effort to innovate in the sector is particularly intense. The main challenge facing humanity today is to achieve a green and sustainable planet. Startup Challenge: Inspection of critical systems at substations.The Startup Challenge: Resilience to extreme weather events.Startup Challenge: Photovoltaic cleaning.Startup Challenge: Collaborative Electric Charge Solutions.Startup Challenge: Street lighting and cabling detection.Startup Challenge: Protecting marine life.Startup Challenge: Bird protection on electricity grids.Startup Challenge: Wind turbine monitoring.Startup Challenge: Optimization of Electric Transmission Networks.Startup Challenge: Power Electronics Challenge.Startup Challenge: Emission-free Industrial Heat Challenge.Startup Challenge: Synchronism in Distribution Grids.Startup Challenge: EV Fleet Assessment Tool.Startup Challenge: Non-technical power losses from the electricity system.Startup Challenge: Anti-collision elements on overhead distribution lines.'Start-up Challenge': Cleaning large pipes in thermal power plants.Volver PERSEO: International Startup program

Case study floating foundation wind turbine