Tools, Data and AI for an Effective Transition to the Next Generation Power Grid: From Synchronous AC to Inverter-based Renewables
The traditional AC grid is undergoing a transition from a few large centralized synchronous generators to hundreds or thousands of local, renewable, inverter-based generation (IBRs), primarily wind and solar. The two modes of generation are based on different technologies, and their integration into a single hybrid system presents a number of technical challenges, while also opening up opportunities for the development of geographical equality, environmental preservation, and increased resilience. A significant amount of expertise and high levels of reliability have been developed over the past 139 years of the AC power industry. With the emergence of renewables, many of standard ideas for designing and operating electric power grids will need to change. In this talk, we will discuss the need for new tools of analysis, extensive data collection, and the role of AI in maintaining optimum operation of AC systems with significant DC penetration. We will also mention some of the tools available for improving the system's resilience while preserving the environment and the well-being of the population during system failure and natural disasters.
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- 2356 Main Mall
- Vancouver, British Columbia
- Canada V6T 1Z4
- Building: Macleod building
- Room Number: 3038
- Starts 18 July 2025 07:00 AM UTC
- Ends 06 August 2025 05:00 PM UTC
- No Admission Charge
Speakers
Dr. José Marti of University of British Columbia
Biography:
Dr. José R. Martí is a Professor in the Department of Electrical and Computer Engineering at the University of British Columbia, where he received his Ph.D. degree under the supervision of Dr. Hermann W. Dommel. He has made several contributions to the Electromagnetic Transients Program (EMTP), including the fdLine frequency-dependent transmission line model and the CDA solution for power electronic devices. For the next-generation power grid, he has developed the MATE algorithm for simulating AC systems and inverter-based systems in separate subsystems, as well as the SFA solution method to extend 60-Hz power flow software to accommodate large frequency deviations. He has also developed the i2SIM software to integrate the response of critical infrastructure during faults and natural disasters.
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