Biography:
Mohammad Rajabdorri (1993, Fasa, Iran) is now a researcher in training at IIT, starting from 2020. He has a bachelor's degree of Electrical Power Engineering from Shiraz University, Iran, graduated at 2016. Then he's obtained his master's in Electrical Power Systems form Shiraz University of Technology, Iran, at 2018. His areas of interest include isolated power systems, electricity markets, dispatching renewable energies, and power system operation.
Areas of interest:
Isolated power systems, electricity markets, dispatching renewable energies, and power system operation.
Rajabdorri, M., Troffaes, M., Kazemtabrizi, B., Sarvarizadeh, M., Sigrist, L., Lobato, E., Data-driven estimation of the amount of under frequency load shedding in small power systems. Engineering Applications of Artificial Intelligence. Vol. 139, nº. Part B, pp. 109617-1 - 109617-11, January 2025. [Online: November 2024] 
JCR: 7,500 Q1 (2023) - SJR: 1,749 Q1 (2023) Rajabdorri, M., Lobato, E., Sigrist, L., Aghaei, j, Data-driven continuous-time framework for frequency-constrained unit commitment. International Journal of Electrical Power & Energy Systems. Vol. 162, pp. 110327-1 - 110327-11, November 2024. [Online: October 2024]
JCR: 5,000 Q1 (2023) - SJR: 1,711 Q1 (2023) Rajabdorri, M., Kazemtabrizi, B., Troffaes, M., Sigrist, L., Lobato, E., Inclusion of frequency nadir constraint in the unit commitment problem of small power systems using machine learning. Sustainable Energy, Grids and Networks. Vol. 36, pp. 101161-1 - 101161-10, December 2023. [Online: September 2023]
JCR: 4,800 Q1 (2023); - SJR: 1,232 Q1 (2023); Rajabdorri, M., Lobato, E., Sigrist, L., Robust frequency constrained uc using data driven logistic regression for island power systems. IET Generation Transmission & Distribution. Vol. 16, nº. 24, pp. 5069 - 5083, December 2022. [Online: November 2022]
JCR: 2,500 Q3 (2022); 2,000 Q3 (2023) - SJR: 0,981 Q1 (2022); 0,787 Q2 (2023) Rajabdorri, M., Sigrist, L., Lobato, E., Liquid air energy storage model for scheduling purposes in island power systems. Energies. Vol. 15, nº. 19, pp. 6958-1 - 6958-13, October 2022. [Online: September 2022]
JCR: 3,200 Q3 (2022); 3,000 Q3 (2023) - SJR: 0,632 Q1 (2022); 0,651 Q1 (2023) Rajabdorri, M., Sigrist, L., Lobato, E., Prats, M.C., Echavarren, F.M., Viability of providing spinning reserves by RES in Spanish island power systems. IET Renewable Power Generation. Vol. 15, nº. 13, pp. 2878 - 2890, October 2021. [Online: May 2021]
JCR: 3,034 Q2 (2021); 2,600 Q2 (2023) - SJR: 1,132 Q2 (2021); 0,859 Q2 (2023)
JCR: 3,987 Q1 (2019); 4,000 Q1 (2023) - SJR: 0,983 Q1 (2019); 1,402 Q1 (2023) 
