… device design in terms of maximizing the generated power … structure varies when the
efficiency of the power management IC (PMIC) is included in the analysis of the power generation …

… structural secure yet of low cost. To meet the first constraint, it would be an obvious choice to
design a stiff structure … However, such lightweight structures are by definition more flexible. …

… On the other hand, a large-scale HTS wind power generator requires a huge vacuum vessel
and higher reliability, because, if one of the HTS coils fails, the other coils will break down …

… designed by optimizing the generator pole structure, which is 6n/5n-pole ratio in order to
improve the performance of the generator. … PS-DSPG structures were investigated under the no-…

… generator topologies and their connections to the turbine. A new generator design concept
without a gear box or any power … structure mass is about 100 tons for both generator designs. …

… In this section, the impact of structural mass on larger designs will be investigated for both
axial-flux and radial-flux machines. Some simple scaling laws for directly driven generators for …

… of the generator without the heat transfer loads. This paper deals with a structural design
and heat load analysis of an FP-based HTS module coil for a 12 MW wind power generator. …

… become very big as to maintain the turbine power rate and knowing that the power of a
generator is equal to the product of the machine’s torque ‘T’ and the angular velocity ‘Ω’, (P = TΩ), …

… performance ZnO piezoelectric transducer for wind-power generation applications. The
piezoelectric transducer is constructed of a Cu/ZnO/ITO/PET structure. Closely examining the ITO/…

… -drive generator within traditional designs has a power rating … -drive generator designs [6,7]
that focus on structural mass … investigate designs that can reduce generator manufacturing …