Nuclear Power Solution for Energy Demand created by AI Data Centers

#data-center #data-center-power #nuclear-power-generation
Share


Global data center power demand is forecast to rise by 160% to 165% by 2030, with AI driving the majority of this surge. By 2030, worldwide electricity use by data centers is expected to reach 945 TWh. By 2035, demand is projected to soar further to 1,300 TWh globally, with AI making up 70% of total data center power.

Nuclear power reactor is considered to be one of the most viable solutions to fulfill this surge in energy demand caused by AI. 

In this talk, we will have 3 sections: 

1) Dr. Saeed Manshadi will speak about the impact of AI data centers on the Utility Grid. 

2) Next, Mr. Vidya Rangaswamy will talk about the Architecture of the Power Converters used in the Power Supply for the AI Data centers. 

3) Main topic - Nuclear Power solution as power source for AI data Centers. In that Dr. Vivek Lall will examine what is the current state of nuclear power generation, what is the projected growth, cost involved and comparison with conventional energy solutions and alternate energy sources such as Solar and Wind



  Date and Time

  Location

  Hosts

  Registration



  • Add_To_Calendar_icon Add Event to Calendar

Loading virtual attendance info...

  • SDSU
  • San Diego, California
  • United States 92182
  • Building: Storm Hall West
  • Room Number: 11
  • Click here for Map

  • Contact Event Hosts
  • Starts 23 June 2026 07:00 AM UTC
  • Ends 25 September 2026 07:00 AM UTC
  • No Admission Charge


  Speakers

Dr. Saeed Manshadi

Topic:

Impact of AI data centers on the Utility Grid

Biography:


Saeed D. Manshadi is an Associate Professor of Electrical and Computer Engineering at San Diego State University, where he directs the Smart Grid Lab and serves as SDSU Co-Director of the Southern California Energy Innovation Network. His research centers on the operation and planning of power systems under rapid load growth and transmission constraints. Current topics include the grid integration of large loads such as AI data centers and of electrified transportation and agriculture; large-scale optimization and optimal power flow for bulk-system planning; resilient grid operation under wildfire risk and other extreme events; microgrids and interdependent electricity–natural gas infrastructure; electricity market design, transactive energy, and demand response; and machine-learning-assisted optimization for grid operations.

 

Mr. Vidya Rangaswamy

Topic:

Architecture of the Power Converters used in the Power Supply for the AI Data centers

Biography:

Vidya Rangaswamy is a Senior Systems Engineer at General Atomics Electromagnetic Systems (GA-EMS) and a volunteer adjunct faculty member at San Diego State University, where he mentors senior engineering students through their capstone projects.

With over four decades of power electronics leadership, Vidya has served in key executive roles—including Vice President, Director, and Senior Manager of Engineering. Recently, he served as VP of Engineering at Ohmium, leading engineering strategy for green hydrogen manufacturing.

During a prior 15-year tenure at General Atomics EMS, he led engineering teams developing mission-critical systems, including 2 MW permanent magnet motor inverter drives, the Electromagnetic Aircraft Launch System (EMALS), the Advanced Arresting Gear (AAG) for US NAVAIR, Space Satellite Systems, and Power Architectures for Unmanned Aircraft Systems.

Earlier in his career, Vidya spent 20 years at Eaton Electrical, overseeing the design, test, and manufacturing of uninterruptible power supplies (UPS) ranging from 300 W to 3 MW. He also held engineering leadership roles at Magnetek Drives and Systems, developing fuel cell-based inverters, and at Hardy Process Solutions, managing industrial sensor integration for Allen-Bradley systems.

Vidya has published papers in IEEE publications and has written patents in Power Electronics field.

Vidya holds two Master of Science degrees in Electrical Engineering specializing in Power Electronics—one from the Indian Institute of Technology (IIT), Delhi, and another from the University of Minnesota. He earned his Bachelor’s degree in Electronics and Communication Engineering from the University of Mysore, India.


Dr. Vivek Lall

Topic:

Nuclear Power Solution for Energy Demand created by AI Data Centers

Biography:

Dr. Vivek Lall is Chief Executive of General Atomics Global Corporation based in San Diego, California. 

GA and affiliated companies produce unmanned aircraft (Predator/Reaper/Guardian) and provide electro-optical intelligence, and automated surveillance systems. GA produces electro-magnetic aircraft launch and recovery systems, satellite surveillance, high power laser, hypervelocity projectile, and power conversion systems. GA is the principal private sector participant in thermonuclear fusion and fission research through its internationally recognized DIII-D and inertial confinement programs. 

Dr. Lall serves as a Distinguished Visiting Fellow at several international prestigious universities such as Oxford, MIT, George Washington University, Cambridge University, UK. Dr. Lall served as Vice President of Aeronautics Strategy and Business Development at Lockheed Martin. 

 Prior to that, Dr. Lall held numerous marketing and engineering leadership roles with The Boeing Company for about 15 years in both Commercial Airplanes as well as Defense, Space, and Security. Prior to Boeing he worked for Raytheon and conducted research with NASA Ames Research Center in various multidisciplinary engineering fields.

Dr. Lall earned a Bachelor of Mechanical Engineering degree from Carleton University in Canada and a Masters of Aeronautical Engineering degree from Embry-Riddle Aeronautical University in Florida. He has his Ph.D. in Aerospace Engineering from Wichita State University in Kansas and his MBA from City University in Seattle.