The bill would require the New Jersey Board of Public Utilities (BPU) to solicit proposals for an advanced reactor capable of producing about 1,100 MW of in-state generation. Projects selected by BPU would qualify for support through an Advanced Nuclear Development Charge—a capped, non-bypassable charge that can recover up to 5% of verified construction costs—and through Advanced Nuclear Energy Certificates, credits tied directly to actual nuclear output.
Beyond advanced nuclear, the act structures two additional programs:
Each program requires detailed utility implementation plans, annual reporting, and—importantly—gives BPU authority to disallow cost recovery if utilities fail to meet performance expectations.
The bill’s stated rationale is straightforward: PJM is entering a period of historically rapid load growth, much of it from data centers, manufacturing expansions, and electrification. Peak load reached 160 GW this summer, the highest in more than a decade. Capacity prices have also risen sharply over consecutive auctions, reflecting both demand growth and the retirement of aging baseload units.
PJM’s long-term forecast shows peak demand potentially rising more than 20% by 2030, shifting the region from a historically long-capacity position to one where reliability margins are tightening.
Under New Jersey’s proposal, advanced nuclear would serve as high-capacity-factor, zero-carbon generation, while distributed storage and demand optimization would help flatten peaks and reduce costly congestion and capacity obligations.
Organizations operating in PJM are confronting the same pressures driving New Jersey’s legislative push. To learn more about this topic, join E+E Leader on December 4 with GridBeyond, Gabel Associates, and Constellation to examine how guaranteed-value demand-response models can provide financial stability in a high-volatility environment.
Attendees will hear how commercial and industrial customers can use demand flexibility to budget more predictably, build new revenue streams, and support grid reliability as PJM load continues to accelerate.
While several states are pursuing advanced nuclear, New Jersey’s model differs in its emphasis on capped cost-sharing and performance-based oversight.
New Jersey’s bill attempts to balance ratepayer protections with long-term reliability needs by tying support to verified costs, requiring milestones, and allowing clawbacks if unexpected power purchase contracts materially change project economics.
