A New Model for Powering the AI Economy
Continued leadership in AI is critical to America’s economic growth and its national security, but its voracious appetite for energy is straining the capacity of our aging electricity grids – and potentially increasing electricity costs and emissions in the process, depending on how this new demand is met.
Scale Microgrids, Stripe and Paces investigated the potential of off-grid microgrids powered by solar, storage, and natural gas to meet AI’s energy needs, and their findings have made headlines: 90% solar-powered microgrids offer a faster and more scalable solution than existing nuclear or natural gas-only options, with comparable costs and lower risk.
Join the co-authors of this research on Wednesday, May 21.
In this webinar they'll dive deeper into their findings and address some questions that they’ve received in the time since publishing their paper. RSVP via the form above!
A New Model for Powering the AI Economy
Continued leadership in AI is critical to America’s economic growth and its national security, but its voracious appetite for energy is straining the capacity of our aging electricity grids – and potentially increasing electricity costs and emissions in the process, depending on how this new demand is met.
Scale Microgrids, Stripe and Paces investigated the potential of off-grid microgrids powered by solar, storage, and natural gas to meet AI’s energy needs, and their findings have made headlines: 90% solar-powered microgrids offer a faster and more scalable solution than existing nuclear or natural gas-only options, with comparable costs and lower risk.
Join the co-authors of this research on Wednesday, May 21.
In this webinar they'll dive deeper into their findings and address some questions that they’ve received in the time since publishing their paper. RSVP via the form above!
A New Model for Powering the AI Economy
Continued leadership in AI is critical to America’s economic growth and its national security, but its voracious appetite for energy is straining the capacity of our aging electricity grids – and potentially increasing electricity costs and emissions in the process, depending on how this new demand is met.
Scale Microgrids, Stripe and Paces investigated the potential of off-grid microgrids powered by solar, storage, and natural gas to meet AI’s energy needs, and their findings have made headlines: 90% solar-powered microgrids offer a faster and more scalable solution than existing nuclear or natural gas-only options, with comparable costs and lower risk.
Join the co-authors of this research on Wednesday, May 21.
In this webinar they'll dive deeper into their findings and address some questions that they’ve received in the time since publishing their paper. RSVP via the form above!
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