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Hassan Al-Saadi

None · The University of Adelaide

https://researchid.co/hassan2lsaadi85
@adelaide.edu.au
8Scopus Publications

Biography

Hassan Al-Saadi received the BSc & MSc in Electrical Power Engineering, then he received his PhD in Electrical & Electronics Engineering from The University of Adelaide, South Australia, Australia in Dec. 2018. After PhD, Hassan worked as a visiting researcher to further his research in conduct/analyze/synthesize/developing new methods and strategies for energy/cost optimization. I am now specialist in risk analysis using machine learning (classification, regression, clustering), power system analysis (power flow, redial power flow), applied mathematics (statistical sciences, probability and decision theory, operational analysis, optimization theory, numerical analysis, scientific computation), uncertainty analysis (probabilistic and possibilistic assessment), Modeling and Simulation, computational techniques in Science, computer graphics and visualization.

Education

PhD in Electrical & Electronics Engineering from The University of Adelaide Thesis by Publications titled "Probabilistic hosting capacity and risk analysis for distribution networks"

Recent Scopus Publications

  1. New risk analysis considering spatial correlations among connected PVs for bidirectional distribution feeders
    International Transactions on Electrical Energy Systems, 2020
  2. Hosting capacity determination via risk analysis approach involving likelihood and severity of operational constraint violation
    Hosting Capacity for Smart Power Grids, 2020
  3. Assessing Algorithms of Phasor Measurements Optimal Placement for State Estimation
    2019 IEEE Conference on Sustainable Utilization and Development in Engineering and Technologies Csudet 2019, 2019
  4. Hourly-assessment of grid hosting capacity for active distribution network
    2018 International Conference on Probabilistic Methods Applied to Power Systems Pmaps 2018 Proceedings, 2018
  5. Probabilistic analysis of maximum allowable PV connections across bidirectional feeders within a distribution network
    2017 Asian Conference on Energy Power and Transportation Electrification Acept 2017, 2017

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