Curriculum Vitae

Personal Data Full Name Ibrahim Alsaidan Degree Assoc.Prof.Dr Department Electrical College Mail Alsaidan@qec.edu.sa Personal Mail Nationality Saudi Arabia Office Ext. 0 Office-Number B1-S010 Major Electrical Minor Power System Interest Field Power system operation, renewable energy resources, battery energy storage operation and sizing, microgrid planning

Academic Degrees Nr. Degree Major Institute Country Year 1 Ph.D Electrical Engineering University of Denver United States 2018 2 M.Sc Electrical Engineering University of Denver United States 2012 3 B.Sc Electrical Power Engineering Qassim University Saudi Arabia 2008

Conferences Nr. Participation Conference Name Title Place Country Fund Year 1 Conference IEEE/PES Transmission and Distribution Conference and Exposition (T&D) Grid of the future IEEE United States No 2016

Publications Nr. Authors Publication Title Place & Date Journal Ranking Impact Factor Status 1 I. Alsaidan ,A. Khodaei,W. Gao Distribution Network Expansion through Optimally Sized and Placed Distributed Energy Storage 2018 IEEE/PES Transmission and Distribution Conference and Exposition ,Vol.0 ,Issue0,ppt 0 2018 0 Theoretical Fund(No) 2 I. Alsaidan,W. Gao,A. Khodaei Optimal design of battery energy storage in stand-alone brownfield microgrids North American Power Symposium ,Vol.0 ,Issue0,ppt 0 2017 0 Theoretical Fund(No) 3 I. Alsaidan,W. Gao,A. Khodaei Battery Energy Storage Sizing for Commercial Customers IEEE Power and Energy Society General Meeting ,Vol.0 ,Issue0,ppt 0 2017 0 Theoretical Fund(No) 4 Ibrahim Alsaidan ,Amin Khodaei ,David Gao State-Of-The-Art in Microgrid-Integrated Distributed Energy Storage Sizing Energies ,Vol.10 ,Issue9,ppt 1421 2017 0 Theoretical Fund(No) 5 I. Alsaidan,, A. Khodaei,W. Gao A Comprehensive Battery Energy Storage Optimal Sizing Model for Microgrid Applications IEEE Transactions on Power Systems ,Vol.33 ,Issue4,ppt 3968 - 3980 2017 0 Theoretical Fund(No) 6 I. Alsaidan, A. Khodaei,W. Gao Distributed energy storage sizing for microgrid applications IEEE/PES Transmission and Distribution Conference and Exposition ,Vol.None ,Issue0,ppt 0 2016 0 Theoretical Fund(No) 7 I. Alsaidan, A. Khodaei,W. Gao Determination of battery energy storage technology and size for standalone microgrids IEEE Power and Energy Society General Meeting ,Vol.0 ,Issue0,ppt 0 2016 0 Theoretical Fund(No) 8 I. Alsaidan,A. Khodaei,W. Gao Determination of optimal size and depth of discharge for battery energy storage in standalone microgrids North American Power Symposium ,Vol.0 ,Issue0,ppt 0 2016 0 Theoretical Fund(No)