Grid of Tomorrow Consortium

Cutting-Edge Research and Strategic Partnerships Converge to Lead the Energy Transition

Part of the LEAPS Initiative

Upcoming Event

Grid of Tomorrow Consortium - Jan 30 & 31

Learn more & Register HERE!

PARTICIPATING INDUSTRY PARTNERS

Ni Source Logo
First Energy Logo
PG&E Logo
Schneier Energy Logo
Tesla Logo
NVidia Logo
Dominion Logo
Nuclear Energy Institute Logo
Schweitzer Engineering Lab Logo
Plug and Play Logo
Exelon Logo
Miso Logo
MidAmerican Logo

Our Mission

Our mission is to close the gap between academic research and industry practice to better serve the needs of electric power utilities. The Grid of Tomorrow consortium aspires to catalyze research and bolster workforce development for broader evolving grid ecosystems to address the challenges from a rapidly changing landscape. It will serve as a forum for the electric utility ecosystem-including utilities, large industrial customers and data centers, consumers, and technology providers- to:

Challenges and Opportunities

Renewables, Storage, & Grid Edge Technologies
New technologies to support to transition to a decentralized grid
Electrification & Load Growth
Managing the needs and impact of EVs and mega-loads from AI data centers
Integrated T&D Decision-Making
Computational tools for integrated system planning and analysis

Consortium Benefits

INDUSTRY-DRIVEN COLLABORATIVE RESEARCH:

Joint research projects among consortium members and Purdue faculty with 3-month inception-to-start timeline.

HUMAN RESOURCES:

Access to top talent (BS, MS, PhD) trained in a comprehensive engineering curriculum. Grid of Tomorrow Fellows will intern with consortium members.

COMMERCIALIZATION AND INTELLECTUAL PROPERTY:

Commercialization of research outputs with IP licensing rights to consortium members.

NETWORKING AND GROWTH:

Networking and outreach events, member-focused consortium roadmap and strategic planning for future growth.

Our Core Research Strengths

  • Asset optimization & integrated resource planning
  • Data analytics & Al/ML solutions
  • Emerging technologies for the grid edge
  • Energy markets design
  • Grid situation awareness
  • Integration of distributed energy resources
  • Modeling of mega-loads and large industrial customers
  • Nuclear power engineering
  • Power system dynamics with inverter-based resources
  • Resilience to extreme events
  • Transmission and distribution integrated analysis

Why Purdue? Why Now?

Purdue University aspires to be at the forefront of decarbonization and is primed to address the challenges of the Grid of Tomorrow. Our host schools - the Elmore Family School of Electrical and Computer Engineering and the Edwardson School of Industrial Engineering - feature decades of research in electric power and operations. Purdue is proud to be:

Resources