Georgia regulators earlier this year approved a CEBA agreement with Georgia Power that lets large corporate buyers build clean-energy projects and connect them to the utility grid.
The deal addresses a central AI-era bottleneck: hyperscale data centers need power at a speed and scale that wind and solar buildouts often cannot match, pushing utilities toward a major natural-gas expansion.
Google has already won similar approvals in Nevada and says comparable arrangements are approved or under review in 8 other states, while CEBA is now pursuing a North Carolina version.
Michigan, Minnesota and Oregon have tightened rules over the past 18 months to keep data-center growth aligned with 2040 clean-power goals, and New York is weighing a bill requiring large centers to reach 90% renewable energy by 2040.
Is AI's massive energy demand the unexpected catalyst needed to unlock next-generation clean power like geothermal?
As AI consumes city-level power, who will ultimately pay for the massive upgrades needed for America's energy grid?
Will AI's efficiency gains create a paradox, leading to even greater resource consumption despite green energy efforts?
Georgia’s CIR Program: 3,000 MW of Customer-Funded Clean Energy to Meet Surging Data Center Demand
Overview
Georgia is facing a surge in electricity demand due to the rapid growth of energy-intensive facilities like data centers and manufacturing plants. In response, the Georgia Public Service Commission approved the Customer Identified Resource (CIR) program, which will start in 2026. This program marks a major step for clean energy in the state by allowing large commercial and industrial users to propose, fund, and subscribe to new clean energy projects directly on Georgia Power’s grid. The CIR program reflects a new trend where big companies are expected to help cover the costs of expanding energy infrastructure, supporting both economic growth and sustainability.