As electricity demand surges—driven in part by energy-hungry AI data centers—utilities are being forced to confront a simple question: what actually works? For Public Service Enterprise Group, the answer appears to be shifting, but not without contradictions.
During the company’s recent virtual shareholder meeting, CEO Ralph A. LaRossa acknowledged that rising power demand is already reshaping internal priorities. Notes from a separate exchange revealed that PSEG has been upgrading its nuclear fleet—particularly at Salem and Hope Creek—to increase capacity and fuel efficiency, while also exploring new nuclear development to meet projected load growth. The driver is clear: AI is expected to put upward pressure on both grid reliability and affordability, forcing utilities to prioritize consistent, dispatchable power.
That backdrop makes the company’s evolving offshore wind posture all the more telling.
During the call, CFACT’s collegiate national director Nate Myers pressed LaRossa on PSEG’s exposure to now-stalled offshore wind projects like Ocean Wind 1:
“Given the cancellation of projects like Ocean Wind 1 and broader setbacks in offshore wind development, what exposure does PSEG currently have to infrastructure or preparatory investments tied to offshore wind projects?”
In response, LaRossa emphasized that the company had already exited its direct investment position:
“We were investors in the early offshore wind projects here in New Jersey but we exited that business and recovered all the money we had spent at that time on the offshore wind projects themselves.”
On its face, that’s a clean break—one that implicitly acknowledges the financial instability that has plagued offshore wind development up and down the East Coast. But the full picture is more complicated.
PSEG remains partially entangled through grid infrastructure tied to those same projects:
“As far as it pertains to the infrastructure pieces… we were awarded $50 million dollars of investment… to date we had only engineered some work there… up to about $3 million dollars. Those projects have not been cancelled yet, because they may be needed for other reliability reasons… so our exposure is minimal.”
In other words, while the company has stepped away from owning wind generation itself, it is still investing—albeit modestly—in transmission and preparatory infrastructure originally designed to support it.
That raises a broader question for shareholders and ratepayers alike: if offshore wind isn’t a viable cornerstone of the company’s strategy, why maintain even limited exposure to the ecosystem built to integrate it?
To LaRossa’s credit, the company has kept that exposure relatively small—roughly $3 million spent out of a potential $50 million. But the justification offered—that these projects may still be needed for “reliability reasons”—highlights a persistent question in utility planning. Is energy infrastructure being built to satisfy the demands of consumers, or activists?
Meanwhile, PSEG’s actions elsewhere suggest a clearer direction. Investments in nuclear upgrades and exploration of new nuclear capacity signal recognition that reliable, scalable generation—not aspirational buildouts—is what will ultimately meet future demand, especially as AI-driven electricity consumption accelerates.
The result is a company in transition: pulling back from politically favored but economically strained wind projects, while cautiously advancing toward more dependable energy sources. Whether PSEG fully commits to that shift—or continues straddling both approaches—will determine how well it navigates the next era of American energy demand.