... ABSTRACT In the era of Industry 4.0, scheduling predictive maintenance reduces offshore wind farm maintenance costs and increases production efficiency. This paper optimizes maintenance planning for offshore wind farms by integrating wind farm layout and wake effects. A predictive maintenance...

... ABSTRACT Based on analytical wake model, Morison's equation, and catenary equation, this paper proposes an efficient method for predicting the motion response and power generation of floating offshore wind farm under the coupled influences of aerodynamics, hydrodynamics, and mooring dynamics...

... ABSTRACT To underline the safety redundancy of the novel shared mooring system for floating wind farms, this paper performs a series of mooring line failure analyses including a 2-line failure scenario for a 3-FOWT grand trine shared mooring floating wind farm under 50-year storm conditions...

... is valid for wave diffraction analysis of large quantity of vertical cylinders. INTRODUCTION Offshore wind farms have been a fast-growing industry since a decade ago, as of now the most powerful wind turbine installed offshore is rated for 20 MW, with blade length of more than 140 m. Such a big unit...

... Offshore wind farm market has been gaining momentum in the last few years again worldwide. For example, based on the statistics of WindEurope, in 2023 the newly installed offshore windfarm reached 3.8 GW in Europe. It is projected that an additional 94 GW will be installed offshore from 2024-2030...

...-activity, more accurate output forecast) (Rosa-Santos et al., 2022). social responsibility denmark government negative correlation europe government sustainable development united kingdom government wind farm norway government turbine wind energy farm wind power wind speed energy...

... united states government wind energy downstream wind turbine wind farm turbine simulation upstream turbine social responsibility blade-generated wake wind turbine experiment renewable energy velocity profile sustainability sustainable development downstream turbine cfd simulation...

... ABSTRACT The design of a floating wind farm is based on the weather data measured by 1 facility, such as a met tower. The actual weather condition is not uniform in a large-scale wind farm. We analyzed short wave radar data in Japan and correlation of wave data between 2 endpoints...

... social responsibility subsea system wind speed scenario sustainable development hub height turbulence intensity turbine wind turbine fwt wind field downstream fwt semi-submersible wind turbine power output vertical center position sustainability wind energy wind farm downstream...

... sustainability sustainable development offshore wind farm sediment social responsibility artificial intelligence vulnerability sea area wind speed spatial planning geological condition wind energy wind farm vulnerability analysis marine economic scale spatial distribution...

... ABSTRACT At present, a number of offshore wind farms have been built in China and some of these offshore wind farms (not minority) are located on the sides of shipping lanes. This will lead to a certain risk of collision between the sailing ship and offshore wind turbine foundations due...

... wind farms being built with so-called floating foundation structures. This paper investigates the advantages and disadvantages of conventional and floating installation concepts using simulation studies. The findings show that the floating concepts in certain constellations require less installation...

... ABSTRACT In China, due to very thick silty soil top layers existed in many offshore wind farms, the self-elevated offshore wind turbine installation units are not versatile, and therefore the installation of the offshore wind turbine tower and nacelle by floating crane vessels is demanded...

... of single turbine cases are analyzed and compared to those of two tandemly arrayed turbines. The offshore wind energy market is growing rapidly globally. To be more competitive in the energy market, the levelized cost of energy KEY WORDS: CFD; Wind Turbine; Wake Effect. (LCOE) of offshore wind farms needs...

... Abstract Offshore wind farms are usually located remote from meteorological stations. Except from the sonic anemometers mounted at the nacelles of the wind turbines according to industrial standards, the access to wind measurements in the farm and its immediate surroundings is therefore...

... Abstract "Wake effect" is a universal phenomenon in large-scale wind farms, which will adversely affect the benefit of wind farms. In this study, we adopt a tandem arrangement of two wind turbines to investigate a new wake effect restraining strategy called "Counter-Rotating Wind Turbine (CRWT...

... Abstract In a large wind farm, the downstream turbines are inevitably affected by the upwind turbine wakes, which leads to decreased velocity and increased fatigue load for the downwind turbines. So accurately predicting the wake deficits behind the turbines is critical, especially...

... ABSTRACT Currently, with the saturation of the site selection of onshore wind farms and the negative impact on residents, exploiting the offshore wind energy at deep water has drawn the attention of the industry and governments. As a result, it is necessary for us researchers to study...

... ABSTRACT Limited by the space and topographic factors, wake effect cannot be avoided in the wind farm. Due to the wake of upstream wind turbine, the inflow wind speed for downstream wind turbine will be reduced. As a result, the wind farm has a significant decrease of annual power output...

...) is called ACE which stand for "Alleviating Cyclone and Earthquake challenges for wind farms". The project was kicked off in November 2019 and is expected to run until August 2020. The consortium consists of 20 project partners representing some of the most relevant offshore wind farm developers, wind...