Meeting the Energy Needs of a Dynamic World
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16-20 July 2023 | Orlando, Florida

IEEE PES General Meeting 2023

Early Bird Registration Ends 9 June 2023

Sign up today and save! PES Members will save $130 off the regular registration rate. Group saver packages are also available!

The 2023 IEEE Power & Energy Society (PES) General Meeting (GM) will be held in person at the Hyatt Regency in Orlando, Florida on 16 – 20 July 2023.  The theme of this year’s conference is Meeting the Energy Needs of a Dynamic World.  The IEEE PES GM is the premier annual power and electrical engineering event that will bring together leading PES members, power and electrical engineers, key academics, and engineering students from all over the world.  The aim is to provide an international forum for experts to network, promote, share, and discuss vital issues and progressive developments that impact the field of electrical and power engineering.

Featured Speakers

Shay Bahramirad
Shay Bahramirad
Full Bio
Clint P. Bullock
Clint Bullock
Full Bio
Fermín Fontanés
Fermín Fontanés
Full Bio
Richard Negrin
Richard Negrin
Full Bio
Uroš Salobir
Uroš Salobir
Full Bio
Kristen Senechal
Kristen Senechal
Full Bio
Erik Takayesu
Erik Takayesu
Full Bio

Additional General Meeting Information

Download The 2023 IEEE PES GM Program & Schedule

Featured Super Sessions

The movement towards decarbonizing the grid in North America and many parts of the world has breathed new life into the energy landscape. At almost every level of jurisdiction, from federal to state, net-zero targets have been established. This collective effort emphasizes a learning-by-doing approach and requires distribution utilities to develop integrated distribution planning frameworks that effectively tackle current and future challenges, all while working towards the ambitious goal of achieving a net zero grid within the next two to three decades. It is important to establish a comprehensive framework for the  holistic approach to integrated distribution grids planning, taking into consideration the multifaceted aspects of Distributed Energy Resources (DER), Electrification, transportation load, and customer participation. By integrating these crucial factors alongside conventional grid planning, the primary objective is to effectively meet the requirements of a decarbonized grid while ensuring the provision of flexibility resources that are both reliable and adequate.
  • Communications infrastructure in support of the grid and IOT/development of the support grid
  • Cyber security (related to the above topic)
  • Challenges and opportunities for digital twin (IoT) / digitization
  • Tools for operating the new grid
  • Physics-informed machine learning for power systems
  • Move from SF6 to Vacuum tech
  • Role of AI to prevent and maintain the dynamic security of the power system
  • Infrastructure support of distributed generation
  • DER integration/EV charging/BTM impacts on system ops
  • How Distribution should evolve to support decarbonization
  • Energy storage
  • Not all generation is created equal
  • How Transmission should evolve to support decarbonization
  • Building out the transmission system to support renewable development
  • Offshore Wind/Solar
  • Energy Storage
  • Integrating inverter-based resources into the BPS
  • Responsibility for negative sequence injection (IEEE 2800)
  • Need for the advancement of transmission planning