The National Science Foundation has awarded UNC Charlotte up to $160 million over the next decade to launch the NSF Grid Modernization Engine in the Carolinas.
Known as the Carolinas Grid Engine, the initiative is one of only 12 Regional Innovation Engines funded nationwide under the programme.
The Engine will develop, test, commercialise, and deploy technologies to modernise the electric grid across 36 counties in North and South Carolina.
More than 100 partners are involved, including Duke Energy, Dominion Energy, Santee Cooper, Siemens Energy, Honeywell, Nucor, EPRI, and Clemson University.
Additional partners include the Joules Accelerator, ElectriCities members, and multiple state agencies across both Carolinas, reflecting the breadth of the initiative.
Public announcements have emphasised innovation, commercialisation, workforce development, and economic impact as the programme’s primary objectives.
However, the Engine’s success will equally depend on a regulatory framework capable of supporting new technology deployment into live utility operations across both states.
Many Engine-related activities intersect directly with oversight by the Federal Energy Regulatory Commission, the North American Electric Reliability Corporation, and SERC Reliability Corporation.
Recent FERC initiatives will influence how Engine-related technologies are evaluated, interconnected, and ultimately deployed on the electric grid across the region.
These developments include Order No. 2023 on interconnection reform and the June 18, 2026 Section 206 show-cause orders addressing large loads and alternative transmission technologies.
FERC’s grid-enhancing technology proceedings, including the Dynamic Line Ratings inquiry and the Ambient-Adjusted Line Ratings NOPR, emphasise improved transmission visibility and operational data sharing.
Collectively, these proceedings are helping shape the regulatory landscape for advanced storage systems, sensor networks, AI-enabled operational tools, and other technologies emerging from the Carolinas Grid Engine.
Pilot projects introducing non-traditional grid-support functions, including power-flow controllers and AI-driven forecasting tools, may affect interconnection studies, queue processes, and system-impact analyses.
As emerging technologies move from research environments into utility operations, reliability and cybersecurity considerations become increasingly important for all participating organisations.
Technologies developed through the Engine, including storage systems, advanced sensors, and cloud-enabled analytics, may require enhanced controls for secure data sharing and vendor oversight.
State-level regulatory considerations will remain an important component of successful project development, particularly where joint projects require infrastructure siting or permitting across the Carolinas.