Shell is reshaping its U.S. power portfolio, agreeing to sell its interest in a 609-megawatt gas-fired power complex in Rhode Island to Constellation Energy for $715 million while acquiring a smaller natural gas generation facility in Pennsylvania.
The transactions give Shell greater exposure to the PJM Interconnection, the largest electricity market in North America, where surging demand from data centers has pushed up power prices and increased the value of reliable generation capacity.
Separately, Shell’s North American unit will acquire 100% of Hunlock Creek Generating, which owns 169 MW of natural gas-fired generation capacity in Pennsylvania.
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The two transactions point to a broader shift in Shell’s approach to the U.S. power market. Rather than simply expanding generation capacity, the company is selectively repositioning its portfolio around markets where electricity demand, power prices and trading opportunities are strongest.
“We selectively invest in assets that strengthen our market position and create value, while remaining ready to realize value when market conditions present attractive opportunities,” Andrew Smith, Shell’s president of trading and supply, said.
The strategy is considered crucial as the rapid expansion of artificial intelligence and cloud computing drives a sharp increase in electricity demand from data centers. Those facilities require large quantities of power around the clock, increasing demand for dispatchable generation that can complement intermittent renewable sources.
The acquisition of Hunlock Creek gives Shell a foothold in Pennsylvania, within the PJM market, which spans 13 states and the District of Columbia and serves one of the largest concentrations of electricity demand in the United States.
PJM has become one of the most closely watched U.S. power markets as utilities and technology companies scramble to secure additional generation capacity for data centers.
Natural gas plants are particularly valuable in that environment because they can provide dispatchable electricity when demand rises, while also supporting power-system reliability during periods when renewable generation is unavailable.
For Shell, the Pennsylvania acquisition is therefore about more than adding 169 MW of generation. It increases the company’s physical presence in a market where its trading operations can potentially benefit from volatility and regional differences in electricity prices.
The move also fits Shell’s broader position as an energy trading company. Owning generation assets can provide traders with greater control over physical supply and create opportunities to optimize when and where electricity is sold. At the same time, Shell is willing to monetize assets when valuations become attractive.
The $715 million sale to Constellation covers Shell’s entire interest in RISEC Holdings, which owns and operates the Rhode Island State Energy Center. The facility consists of two combustion turbines and one steam turbine and can generate as much as 609 MW of electricity.
For Constellation, the acquisition provides an opportunity to expand into New England, where electricity supplies have tightened, and power costs have increased.
Constellation is the largest independent power producer in the United States and has been positioning itself to benefit from rising demand for reliable electricity. Its acquisition of the Rhode Island facility expands its presence in a region where limited generation and transmission capacity can create significant pricing pressures.
The transaction therefore serves different purposes for the two companies.
Shell is exchanging a large New England generation asset for a smaller asset in Pennsylvania, effectively shifting capital toward the PJM market while monetizing an existing investment at an attractive price.
Constellation, meanwhile, is adding substantial generation capacity in a constrained New England market.
Power Becomes a Bigger Part of the AI Economy
The transactions underscore how quickly electricity has moved from being a relatively predictable operating cost to a strategic constraint for the technology industry.
The expansion of data centers for AI training, cloud computing, and inference is creating demand for electricity on a scale that many existing power systems were not designed to accommodate. That has increased the value of existing power plants and strengthened the economics of generation assets capable of operating when demand is high.
Gas-fired plants are particularly expanding because they can generally ramp more flexibly than many traditional baseload facilities. Their role could become even more significant in regions where data centers require continuous electricity but grid infrastructure cannot expand quickly enough to meet new demand.
The resulting competition for generation capacity is attracting companies far beyond traditional utilities.
Oil and gas producers have increasingly looked at electricity as an extension of their existing energy businesses, while power producers are seeking opportunities to capitalize on technology-driven demand growth.
For Shell, the combination of gas generation and energy trading provides a natural link between its traditional hydrocarbon business and the rapidly expanding U.S. electricity market. The company can potentially benefit from gas supply, power generation, and trading across interconnected markets, rather than relying solely on the economics of producing and selling crude oil and natural gas.
The restructuring also illustrates the importance of location.
A 609 MW plant in Rhode Island and a 169 MW facility in Pennsylvania cannot be valued simply on their generating capacity. Their economic value depends heavily on local electricity demand, transmission constraints, fuel availability, market rules, and expected future power prices. That makes PJM particularly attractive. Growing data-center demand has already changed expectations for electricity consumption across parts of the market, increasing competition for available generation and potentially improving returns for owners of dispatchable assets.
Meanwhile, the Rhode Island acquisition offers Constellation exposure to a New England market where tight supply has already translated into higher electricity costs. For Shell, the Pennsylvania acquisition offers a smaller but strategically located asset in a market where the growth in electricity demand could continue to reshape power economics.
Both transactions remain subject to regulatory approvals and are expected to close in the first quarter of 2027.
The deals ultimately show that the U.S. power market is becoming a more valuable strategic asset across the energy industry. As AI and data centers push electricity demand higher, companies that control generation capacity, fuel supply and trading networks are increasingly positioned to capture value from the resulting shortage of reliable power.
Shell’s decision to sell one large plant while buying a smaller one is widely seen as an indication that its objective is not simply to accumulate generating capacity but to place that capacity where power demand and market dynamics can generate the strongest returns.