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Meisam Mahdavi

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2026

Analyzing Patterns of Consumption on Distributed Units Location and Costs in Electrical Systems

The growing adoption of distributed generation (DG) has made it important to improve the performance of distribution networks. While numerous studies have focused on optimal DG siting and sizing for loss minimization, most approaches rely on peak load or static demand assumptions, overlooking the temporal variability o...

Meisam Mahdavi, S. Muyeen, Abdullah G. Alharbi et al. · 0 citations
2026

Analysis of Flexible Distribution Network Structures Incorporating Load Diversity and Distributed Generation

Effective reduction of power losses in radial distribution systems can be achieved through strategic network reconfiguration—disconnecting existing branches and connecting alternative ones—and through optimal siting of distributed generation (DG) units, in which load characteristics play a decisive role. Since electric...

Meisam Mahdavi, Abdullah G. Alharbi, A. Baqais et al. · 0 citations
Open access 2026

Prediction and Classification of Residual Service Life in Wind Turbine Bearings Under Variable Speed Conditions Using Hybrid Machine Learning Models

A hybrid methodology for classifying degradation stages and estimating a relative RUL-related degradation indicator for bearings is proposed by integrating synthetic data modeling, feature selection, and a combined unsupervised–supervised learning approach, offering a reliable and scalable solution for predictive maint...

Gustavo Gomes Do Valle, Benjamin Soudhan, Meisam Mahdavi et al. · 0 citations
2026

Robust Enhancement of ADN Topology Against Load and Local Power Supply Uncertainties

Active distribution networks (ADNs) constitute a vital component of modern power systems, integrating multiple distributed generation (DG) units. Although DG integration improves efficiency by decreasing power losses, its deployment is frequently limited by technical constraints and financial considerations. Traditiona...

Meisam Mahdavi, Abdullah G. Alharbi, A. BaQais et al. · 0 citations

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