Name
Corporate Innovation to Meet Load Growth: Modernizing the Grid and Markets to Accelerate Economic Opportunity. Hosted in Partnership with Emerson Collective
Date & Time
Monday, September 23, 2024, 2:00 PM - 5:00 PM
Description

Significant load growth is forecast to occur across the United States during the next five years. This growth is being driven by the industries and areas of economic expansion of the future: electrification and reshoring/onshoring of manufacturing, growth in data centers and automotive, and battery and solar manufacturing. Innovative solutions to meet this growth with clean firm energy are emerging. Come to learn more about the new thinking and solutions companies are implementing — including technology innovations to firm up clean energy supply, novel utility agreements, permitting reforms needed to build more, areas where market expansion can bring more clean energy to the grid, and how all of this will advance the nation’s economic growth and job creation. 

Registration 1:30-2:00 pm | Program 2:00-4:00 pm | Networking Reception 4:00-5:00 pm ET

  • Opening Remarks & Setting the Stage. Load Growth and Energy Customer Innovations: What’s at Stake — Rich Powell, CEBA CEO
  • Panel 1. Recent Innovations for Meeting Growing Electricity — Moderated by Misti Groves, CEBA SVP
  • Panel 2. Where are we headed and how? — Moderated by Rich Powell, CEBA CEO
  • Roundtable Discussions. Table topics:
    • Data Centers 
    • Industrial Heat 
    • C&I Electricity 
    • Utility-Scale Electricity 
    • Energy Policy 
    • Market Innovation 
    • Clean Fuels 
  • Read-outs from Roundtables.
  • Closing Remarks. Recap of Key Takeaways 

In partnership with

In Partnership with Emerson Collective. Emerson Collective is a company that invests in entrepreneurs and innovators driven by purpose and a sense of possibility, working to create a world of abundance for future generations. In the field of climate and energy, Emerson Collective partners with consequential companies seeking to solve the largest bottlenecks to the energy transition.

Request to Attend
Date
Monday, September 23, 2024