Wind turbine nacelles are complex machines that are designed to operate under extreme
loads and harsh environments. Extensive tests are performed throughout their development …

Generally, a book cannot be written without assistance. So, therefore, I must thank all the
many people who helped me. I would particularly extend special thanks to my colleagues …

Wind turbines provide up to 10% of all electricity in Europe, making a significant contribution
to save the ecology. In case of high reliability of wind turbines and low maintenance, the cost …

Today's nacelle test benches are facing several challenges regarding meeting the
increasing demands of modern wind turbines, which have been growing rapidly in …

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This paper represents a novel two-way linked list-based modified load flow method for radial
distribution systems. The proposed technique essentially uses the method of direct …

The efficiency of converting mechanical rotation into electricity determines the prospects for
using wind turbines as the main source of energy. To increase reliability during long-term …

Distributed generated (DG) systems are nowadays gaining popularity due to their
availability, minimum losses, low pollution and economy. The DG systems include …

The design of a single-phase monopolar generator intended for wide industrial applications
is described. There are no brushes or field coils on the rotor, and thus there is no need for …

This paper describes an analytical approach for the modeling and analysis of the stator
asymmetries in the three-phase permanent magnet synchronous generators. For this …