This paper proposes a concept for a coreless axial flux permanent magnet (CAFPM)
generator with a double-sided Halbach array rotor for direct-drive offshore wind turbine …

The use of small-scale wind turbines (SSWTs) in private households not only allows for
increased renewable energy generation but also improved grid stability and resilience of …

Magnetic materials have become more and more user friendly in recent days particularly in
an electronic based infrastructure. The study proposes a direct drive permanent magnet …

This article addresses the optimality and stability issues of a Tidal power based hybrid
power system (HPS). The Tidal system gets destabilized by the uncertain variation of tidal …

This research focuses on the improvement of the Halbach magnet configuration within an
axial flux generator for wind power applications. The use of a 2D parametric model is …

Transitioning energy sources from fossil fuels to renewable energy is demanding currently
due to global warming issues. Those require advanced technology of each component that …

This paper presents a boost type Vienna Rectifier with a back propagation network algorithm
for maximum power point tracking (MPPT) from the wind energy system. The preferred …

In the process of introducing new connection types in electrical machines manufacturing
process, it is necessary to validate the entire execution process according to relevant …

This article investigates the comparison between two configurations of 20 MW offshore
synchronous wind generators using ferrite and rare-earth permanent magnets. The …

In this paper the use of a direct-drive non-overlap winding permanent magnet synchronous
wind generator is investigated for direct battery charging applications. A static finite element …