Structural loads vibration is a critical problem in WTs (wind turbines) due to many reasons
such as the complicated dynamics, structural coupling and diversity of the driving sources …

Co-locating electrolyzers and offshore wind can significantly reduce the cost of green
hydrogen. However, without a grid connection, a new control paradigm is required for the …

The significance of low voltage ride-through (LVRT) capability in wind energy conversion
systems (WECSs) is paramount for ensuring grid stability and reliability during voltage dips …

Hydrokinetic energy harnessing technologies are steadily acquiring the center stage of the
modern renewable industry due to certain merits over the others. Significant research …

Monopiles have been most widely used for supporting offshore wind turbines (OWTs) in
shallow water areas. However, multi-member lattice-type structures such as jackets and …

While the ocean offers significant potential for harnessing hydrokinetic energy, extracting
this energy in regions with low flow velocity remains a challenge. The objective of this study …

Efficiency increase is seen as one of the main goals in any energy converting device. In this
direction, the present study aims to demonstrate that large-scale wind turbines can still be …

This study addresses the problem of reliable power generation in wind turbines subject to
actuator and sensor faults in the presence of disturbances and uncertainties. For this …

The increasing trend towards large-scale deployment of wind energy imposes numerous
operational challenges regarding large integration of wind power to the transmission system …

This paper assesses the dynamic performance of permanent magnet synchronous
generator‐based wind turbine (WT) regarding the blade in‐plane fatigue loads once the WT …