The role of AI in Strengthening the Resilience of Future Power Systems

El-Shrif, Mohamed Mokhtar M (Principal Investigator)
Bayhan, Sertac (Co-Lead Principal Investigator)
Zaidan, Esmat (Principal Investigator)
Awadallah, Selma Khalid Elhaj (Principal Investigator)
Ghrayeb, Ali (Principal Investigator)
Abu-Rub, Haitham Abdel-Aziz Farid (Lead Principal Investigator)
Alassi, Abdulrahman (Principal Investigator)
Toukhy, Dalia Abdelhalim El (Principal Investigator)
Mirza, Talha (Principal Investigator)

Project: Others

Abstract

This two-day workshop will convene experts in power systems, renewable energy, AI, grid control, and resilience to address the increasing vulnerability of low-inertia power grids. As Qatar and other countries integrate large shares of inverter-based renewable energy, grid inertia is being continuously reduced, while traditional grid stability mechanisms are weakened. The workshop will focus on exploring advanced solutions including synthetic inertia, grid-forming inverters, adaptive protection systems, and AI-enhanced situational awareness.

Submitting Institute Name

Hamad Bin Khalifa University (HBKU)

Sponsor's Award Number	HBKU-INT-VPR-HHW-01-5
Proposal ID	HBKU-OVPR-HHW-01-10
Status	Finished
Effective start/end date	2/09/25 → 4/01/26

Collaborative partners

Hamad Bin Khalifa University (lead)
Iberdrola QSTP LLC
Kahramaa
Earthna

Primary Theme

Sustainability

Primary Subtheme

SU - Sustainable Energy

Secondary Theme

Artificial Intelligence

Secondary Subtheme

AI - Smart Cities

Keywords

Smart grid
Renewable energy
Resilient grid