How Advanced Nuclear Can Expand Utility Options

That is the staggering volume of generation and storage capacity currently trapped waiting in U.S.

According to data from RMI, the typical project now takes almost five years—stuck in administrative and transmission review before a single watt can be delivered to the grid.

For […] The post How Advanced Nuclear Can Expand Utility Options appeared first on POWER Magazine .

Search Sign In Home Nuclear How Advanced Nuclear Can Expand Utility Options Nuclear How Advanced Nuclear Can Expand Utility Options Robert Frost Wednesday, October 7, 2026 SHARE: Over 2,060 gigawatts.

That is the staggering volume of generation and storage capacity currently trapped waiting in U.S.

According to data from RMI , the typical project now takes almost five years—stuck in administrative and transmission review before a single watt can be delivered to the grid.

For traditional utilities navigating today’s explosive demand, that timeline has become a structural crisis.

Driven by the immediate, expanding load growth of artificial intelligence (AI) data centers and compounding power needs, utilities and their customers increasingly cannot wait five years for new transmission capacity.

They must increasingly consider localized generation solutions alongside traditional transmission expansion.

For years, advanced nuclear was framed as a futuristic disruption story meant to completely overhaul the utility business model.

Power providers need tactical optionality.

By packing resilient power into localized footprints that can reduce dependence on lengthy transmission expansion while providing firm generation closer to growing loads, small modular reactors (SMRs) and advanced microreactors are transitioning from speculative future technologies into indispensable tools for immediate grid flexibility.

Search Sign In Home Nuclear How Advanced Nuclear Can Expand Utility Options Nuclear How Advanced Nuclear Can Expand Utility Options Robert Frost Wednesday, October 7, 2026 SHARE: Over 2,060 gigawatts.

That is the staggering volume of generation and storage capacity currently trapped waiting in U.S.

According to data from RMI , the typical project now takes almost five years—stuck in administrative and transmission review before a single watt can be delivered to the grid.

For traditional utilities navigating today’s explosive demand, that timeline has become a structural crisis.

Driven by the immediate, expanding load growth of artificial intelligence (AI) data centers and compounding power needs, utilities and their customers increasingly cannot wait five years for new transmission capacity.

They must increasingly consider localized generation solutions alongside traditional transmission expansion.

For years, advanced nuclear was framed as a futuristic disruption story meant to completely overhaul the utility business model.

Power providers need tactical optionality.