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IEEE PES Calendar
CHECK OUT OUR CALENDAR OF UPCOMING EVENTS, INCLUDING CONFERENCES, MEETINGS, EDUCATIONAL OPPORTUNITIES, AND MORE!
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IEEE PES Insulated Conductors Committee Meeting
The ICC develops and maintains the standards that are used to design, specify and purchase much of the cable and cable accessories used in underground distribution and transmission systems, within generating plants and industrial facilities.
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IEEE PES Webinar: Phasor Data Concentrator Std (IEEE C37.247-2019) Part 4: PDC Testing and Lessons Learned for Field Experiences
Presented by: Dr. Vasudev Gharpure, Quanta Technology and Dr. Mital Kanabar, GE Vernova This web-based tutorial: Part 4 of 4 - This session describes the testing, and some of the
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2025 IEEE PES ISGT (Innovative Smart Grid Technologies) Asia
South China University of Technology No. 38 Xinghua Road, Guangzhou, China -
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2025 Innovative Smart Grid Technologies, Middle East (ISGT ME)
Raffles Dubai Dubai, United Arab EmiratesThe IEEE PES ISGT Middle East 2025 (ISGT-ME 2025) is organized by IEEE Power & Energy Society (PES) and University of Dubai, UAE, from November 23-26th 2025 in Dubai, UAE.
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2025 IEEE PES GTD Conference and Exposition Asia
We are delighted to invite you to the IEEE PES GTD Conference and Exposition Asia 2025, a premier conference that will be held from 26 - 29 November 2025, at
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IEEE PES Webinar: Grid-Forming and Grid-Following Inverters- Evaluation using RMS, EMT and Small-Signal Analysis
This webinar: The dynamic performance of inverter-based resources is of increasing importance in power system dynamics. Over the past decade, new types of instabilities driven by inverter controls have emerged,
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2025 Annual Meeting & Academic Conference of IEEE PES China Satellite Technical Committee – Power System Communications and Cybersecurity (PSCCC STC)
Nanchang Kaimei Hotel, Nanchang, Jiangxi, China
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IEEE PES Webinar: Grid-Following Inverters and Fault Characteristics Evaluations
This webinar: Gives a detailed investigation of GFL inverters under both balanced and unbalanced fault conditions, directly connecting their responses to their inherent operating principles and control strategies. Leveraging high-fidelity
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