Hybrid Renewable Energy Systems

A Social Network-Driven Large-Scale Group Decision Making Framework for Resilient Green Hydrogen Supply Chain Design under Complex Periodicity 2026

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Machine Learning-Driven Rapid Optimization of Solar Power Plant Sizing Using HOMER-Generated Synthetic Scenarios 2026

Solar power plants are among the most widely used renewable energy sources today. Varying radiation levels from region to region, and similarly varying consumption depending on the user within a given region, make the optimal sizing of these plants challenging. In this study, a machine learning-based surrogate model f…

A hybrid q-rung orthopair fuzzy AHP-TOPSIS method for assessing hydrogen production potential: The case study from Türkiye 2026

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Optimal Operation of Battery Swapping Stations for Flexible Electric Mobility in Distribution Systems 2026

This doctoral thesis investigates the optimal operational strategies for battery swapping stations (BSSs) from various perspectives by developing advanced optimization frameworks. The research is structured around four distinct studies. The first study presents a comparative assessment of operational planning between…

Battery Energy Storage Systems in Power Systems: A Comprehensive Systematic Review of Technologies, Applications, and Challenges 2026

This systematic review evaluates the application and performance of battery energy storage systems (BESSs) in large‐scale power and distribution systems, following PRISMA 2020 guidelines to ensure methodological transparency and reproducibility. Data were extracted from Scopus, Web of Science, and PubMed for English‐l…

Quantifying Lifetime-Prediction Deviations in Grid-ScaleLFP BESS Aging Simulations: An Ablation Analysis ofPhysical and Control Sub-Models 2026

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Optimization of Surplus Energy in a Nanogridbased Virtual Power Plant: A Seasonal Case Study 2026

This study presents the design and analysis of a hybrid system that optimizes the energy self-sufficiency of a single-family home subjected to extreme climatic conditions with temperatures dropping as low as$-12^{\circ} \mathrm{C}$. The system architecture consists of a$\mathbf{1 5 k W p}$photovoltaic ($\mathbf{P V}$)…

Multi-stage, Degradation-aware Day-ahead Energy Management for Prosumer-based Microgrids using Python-Gurobi 2026

Renewable energy sources are becoming more common in microgrids, which creates new possibilities and new challenges for providing reliable and affordable energy. The proposal of a multi-stage, day-ahead energy management model for prosumer-based microgrids is the objective of this research. The model clearly considers…

Multi-stage, Degradation-aware Day-ahead Energy Management for Prosumer-based Microgrids using Python-Gurobi 2026

Renewable energy sources are becoming more common in microgrids, which creates new possibilities and new challenges for providing reliable and affordable energy. The proposal of a multi-stage, day-ahead energy management model for prosumer-based microgrids is the objective of this research. The model clearly considers…

Sustainable and Resilient Hydrogen Supply Chain Planning under Uncertainty: A Stochastic Multi-Period Case Study of the Marmara Region 2026

Hydrogen (H2) is regarded as a promising option for sustainable energy systems; however, its large-scale use in electricity supply remains limited. This study develops a stochastic network optimization model to examine the applicability of H2-based electricity generation. The proposed Hydrogen Supply Chain (HSC) model…

Coordinated Energy Management of Aircraft-to-Grid and Fixed Storage in a Solar-Powered Airport Microgrid 2026

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Hybrid thermal management across operating windows for metal hydride hydrogen storage vessels: A staged numerical study 2026

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