Marybeth Collins
As states seek low-carbon, reliable energy solutions, New Hampshire’s HB 710 could mark a turning point—enabling electric utilities to own, operate, and offer
advanced nuclear resources (ANRs) alongside renewable energy. With growing national interest in small modular reactors (SMRs), this bill signals a broader movement toward integrating nuclear energy into the evolving U.S. grid.
HB 710: Policy and Strategic Framework
HB 710 defines ANRs as micro, mini, or small reactors with a 1–90 megawatt capacity, placing them alongside renewables in utility offerings. Its provisions include:
- Consumer Choice & Market Integration: Customers can opt for ANR-powered utility services, ensuring pricing transparency and compliance with state regulatory frameworks.
- Investment Limits & Utility Role: Utilities can invest up to 15% of distributed generation capacity in ANRs, maintaining a balanced energy mix.
- Regulatory Oversight & Environmental Standards: Utilities must ensure cost recovery mechanisms, educational outreach, and compliance with environmental disclosure laws.
National Trends in Nuclear Expansion
New Hampshire’s approach aligns with wider state efforts to promote advanced nuclear:
Federal programs, like the ADVANCE Act, further reduce regulatory costs for nuclear projects, making development more feasible.
Implications for Energy Policy
New Hampshire’s HB 710 reflects a growing push to diversify energy portfolios with advanced nuclear technology. By allowing utilities to own and operate small modular reactors, the bill positions the state as a leader in grid reliability and clean energy expansion.
As other states follow suit with similar legislation and financial incentives, nuclear energy is reemerging as a viable complement to renewables, offering a stable, low-carbon power source. With continued policy refinements and infrastructure investments, advanced nuclear will play a defining role in the U.S. energy transition.
