Infrastructure Bottlenecks = Investment Opportunity: Turning Grid & Equipment Constraints into Actionable Investment Strategies
Across the United States, electricity demand is rising at a pace not seen in decades. The drivers are clear: the rapid buildout of data centers, the energy intensity of artificial intelligence, the return of industrial activity, and the steady push toward electrification. At the center of this shift is natural gas.
Gas fired power has re-established itself as the marginal source of reliable generation. It is flexible, scalable, and already integrated into the existing system. As renewables continue to grow, gas is not being displaced. It is being leaned on more heavily to stabilise the grid and fill the gaps. In many regions, it is the only realistic near-term option.
But while demand has accelerated, the infrastructure required to support it has not kept pace.
The Equipment Constraint:
Gas turbines, which sit at the core of new power generation, are becoming a key constraint. Manufacturing is under pressure from technical complexity, limited industrial capacity, and supply chain bottlenecks, pushing delivery timelines out to as much as five years. A turbine ordered today may not be operational until the early 2030s. This is directly limiting how quickly utilities and developers can respond to rising electricity demand.
Additionally, costs are also rising sharply, with turbine prices having increased from roughly $2,000 per kW to closer to $3,000 per kW. While inflation plays a role, the primary driver is sustained strain across global manufacturing and component supply chains.1
Transformers are facing a similar, if less visible, challenge. Large units can take several years to produce, and supply remains tight. Demand has surged, driven by load growth, grid expansion, and replacement of aging infrastructure, while manufacturing capacity has struggled to keep up.
This reflects a structural imbalance. Production is specialised and difficult to scale, while demand is rising globally, not just in the United States. Markets are competing for the same limited pool of equipment.
For developers, this creates a hard limit as projects cannot move forward without securing these components. For investors, it changes where value sits. Access to equipment, and ideally control over it, becomes a source of advantage.
The Grid Constraint:
The US transmission system was not designed for the current shape of demand. Growth is concentrated, often driven by large users such as data centres, and requires capacity in specific locations. New generation is not always built where the grid is strongest, creating a mismatch between supply and deliverability. Interconnection timelines have stretched significantly. Projects are delayed not by viability, but by the complexity and pace of required network upgrades. In many cases, the constraint is transmission, not generation.
This is now reflected in market outcomes. Capacity markets are tightening, with PJM prices increasing nearly tenfold and MISO clearing more than 20x higher year on year.² ³ Demand is also accelerating, with ERCOT forecasting peak load above 150 GW by 2035, alongside continued price volatility exceeding $1,000/MWh during stress events.⁴ Rising system costs are also feeding through to end users, with California utilities recovering an estimated $25–30 billion in wildfire related costs through retail tariffs.⁵
As a result, access to the grid is a key driver of value. Developers are prioritising sites with existing capacity, co-locating generation and demand, and directing capital toward transmission, substations, and grid enhancing technologies.
The Time Constraint:
Demand from data centers, artificial intelligence, and electrification is growing on a near term timeline, meanwhile infrastructure buildout lags. Permitting, approvals, and construction can take years, with transmission projects often stretching close to a decade. This creates a structural mismatch.
The result is a widening gap between expectation and execution. Demand is clear, but delivery is constrained, making execution, from securing equipment and permits to locking in grid access, the key determinant of whether projects convert into cash flow.
Where the Opportunities Lie:
Bottlenecks across equipment, grid access, and permitting are reshaping where value sits. The opportunity is no longer concentrated in generation alone. It sits in the constraints that determine whether generation can actually be delivered.
First, equipment. The shortage of turbines, transformers, and high-voltage components has created a supply constrained segment with strong pricing power and long-term visibility. Companies that manufacture or control access to this equipment are effectively positioned upstream of demand, with multi-year order books and limited competition.
Second, grid access. The ability to connect to the network has become a scarce and valuable asset. Projects with secured interconnection rights are being valued at a premium, while those without, face uncertainty regardless of underlying demand. This is driving interest in transmission infrastructure, substations, and technologies that can unlock capacity within existing networks.
Third, speed to power. As delays increase, there is growing value in anything that can deliver power faster. This includes behind the meter generation, modular gas solutions, and co located infrastructure that bypasses congested parts of the grid. In many cases, immediacy is being valued over long-term optimisation.
Finally, integration. The system is becoming more complex, and value is shifting toward platforms that can bring together generation, grid access, and end demand into a single solution. Control across multiple parts of the value chain is becoming a differentiator.
The Capital Shift:
Rather than underwriting demand alone, investors are targeting the points of constraint, and recent transactions reflect this clearly.
On equipment, developers are moving early to secure supply. In 2025, GE Vernova signed a major agreement with Crusoe Energy Systems to supply dozens of gas turbines for data center power, part of a broader surge in long-term turbine contracting as lead times stretch toward the end of the decade. Securing equipment is now a prerequisite to building.
Grid access is driving capital toward existing, connected assets. In early 2026, Vistra Corp agreed to acquire Cogentrix Energy for roughly $4.7 billion, adding a fleet of gas fired plants where the value lies as much in interconnection as generation. These are not new builds, but assets that can deliver power immediately into constrained markets.
The time constraint is pushing capital directly into gas to power buildouts tied to demand. NextEra Energy has advanced plans for up to 10 GW of new gas fired capacity linked to data center growth, while Chevron, GE Vernova, and Engine No. 1 are jointly developing multi gigawatt gas plants dedicated to AI driven load. At the same time, NRG Energy is pursuing similar large scale gas projects to serve the same demand.
Across these transactions, the pattern is consistent. Capital is moving toward the constraints, where the ability to deliver power is most limited, and most valuable.
As power demand accelerates, the system’s limitations are becoming more visible and more valuable. The opportunity is no longer in generation alone, but in the infrastructure that enables it. In a constrained market, the ability to build, connect, and deliver is what ultimately drives returns.
These themes will be explored further at the New York Energy Investment Series at Nasdaq on 24 June, including a dedicated panel titled: “Infrastructure Bottlenecks = Investment Opportunity: Turning Grid and Equipment Constraints into Actionable Investment Strategies”
If you are interested in contributing as a speaker on this topic, please contact:
Ben West: ben.west@pragma-energy.com
Amy Miller: amy.miller@pragma-energy.com
References:
1. Utility Dive (n.d.) 5-year waits and rising costs: how demand is redefining the gas turbine market. Available at: https://www.utilitydive.com/news/5-year-waits-and-rising-costs-how-demand-is-redefining-the-gas-turbine-mar/813385/
2. S&P Global (n.d.) PJM power capacity auction clears at record high price of $269.92/MW-day for most of footprint. Available at: https://www.spglobal.com/energy/en/news-research/latest-news/electric-power/073024-pjm-power-capacity-auction-clears-at-record-high-price-of-26992mw-day-for-most-of-footprint
3. Utility Dive (n.d.) MISO capacity auction. Available at: https://www.utilitydive.com/news/miso-capacity-auction/746576/
4. ERCOT (n.d.) Load forecast. Available at: https://www.ercot.com/gridinfo/load/forecast
5. California Public Utilities Commission (n.d.) Wildfires and utilities. Available at: https://www.cpuc.ca.gov/industries-and-topics/electrical-energy/infrastructure/wildfires-and-utilities
