Grid reliability can’t wait.
With electricity demand accelerating across multiple markets, especially in areas experiencing rapid data center expansion, grid operators are moving proactively to strengthen high-voltage backbone infrastructure. Plans increasingly include large-scale transmission investments designed to move thousands of megawatts efficiently into high-growth load centers to maintain reliability and support long-term economic development.
We need to think not just about more infrastructure but about smarter infrastructure.
This is where undergrounding high-voltage transmission deserves more attention:
Improved reliability – reduced exposure to storms, extreme weather, and vegetation-related outages.
Resilience for critical loads – supports data centers, hospitals, and advanced manufacturing.
Reduced right-of-way conflict – minimizes visual impact and community opposition.
Lower long-term risk profile – fewer weather-related repairs and reduced outage costs.
Future-ready design – supports high-capacity corridors in constrained or high-growth regions.
The grid we’re building today needs to handle tomorrow’s demand — reliably, safely, and resiliently.
What role should underground infrastructure play in the next wave of transmission expansion?
