U.S. Energy Sector Embraces Co‑Innovation to Meet Trillion‑Dollar Buildout

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The United States is launching its most extensive energy build‑out in decades, a development that will require all participants in the nation’s infrastructure ecosystem to not only collaborate but also actively co‑innovate.

From offshore oil and gas exploration to large‑scale renewables, nuclear operations, and liquefied natural gas (LNG) terminals, a wave of energy projects is either already under development or poised to emerge in the near future.

This trajectory is unsurprising given the rapid expansion of hyperscale data centers—a sector where the U.S. leads globally—increasingly demanding power, water, and cooling solutions at an exponential rate.

The American Society of Civil Engineers estimates that, of the roughly $10 trillion required for infrastructure over the next decade, about one‑fifth should be directed toward energy projects, placing a strong emphasis on resilience within the national power grid.

Meeting this need will involve expanding natural gas and micro‑ and macro‑Nuclear projects alongside renewable installations. Under former President Donald Trump, the Department of Energy also identified brownfield coal‑fired power plants as part of the broader strategy.

Energy Secretary Chris Wright has consistently warned that eliminating “generation sources off the grid that compromise reliability and unnecessarily raise costs for Americans” is not a viable strategy. Consequently, in 2025, coal‑fired sites totaling more than 17 gigawatts of capacity were preserved and strengthened.

With the imperative to build a resilient, energy‑adequate US powered by digital and autonomous technologies, experts say traditional delivery and operating models are no longer sufficient. Electrification and automation are now central to this shift.

Co‑Innovation as a Necessity

Energy project sponsors, engineering, procurement, construction firms, and their industrial and software vendor partners are demanding blueprints that enable smart, agile, and resilient infrastructure to meet evolving challenges.

Until less than a decade ago, project concepts were typically developed by sponsors, while EPC firms executed the build with a “bolt‑on” solutions approach in collaboration with industrial and software vendors.

Today, at the Energy Projects Conference and Expo 2026 in Houston, industry voices highlighted that this legacy model must evolve in light of heightened resilience demands.

Leveraging digital tools and autonomous technologies can de‑risk investments and help deliver projects on budget and on time—a persistent challenge in the sector.

William Barrett, vice president of product development at Oxy subsidiary 1PointFive, argues that resilience must be integrated earlier in the build process. “Co‑designing electrification and automation, deploying digital intelligence as an integrated system from the outset, rather than as a bolt‑on after commissioning, is where the industry should be heading,” he says.

André Marino, senior vice president of Schneider Electric’s North American industrial automation division, adds that co‑innovation among industrial automation vendors, EPC firms, and project owners produces optimized assets from the beginning. “We live in a reality where AI‑driven data centers, manufacturing electrification, and domestic energy policy converge to accelerate power build‑out. This challenge is less about technology or capital and more about the delivery and operating model,” he notes.

Major U.S. energy projects often exceed budgets by 15–20%, a design‑phase issue rather than merely procurement or labor problems. “Open, software‑defined automation, virtual commissioning through digital twins, industrial AI, and open‑standard integration are the levers that streamline schedules and de‑risk operations,” Marino explains. “These solutions are best realized from the front end of an energy project, balancing time‑to‑power with operational reliability.”

Technology adoption is accelerating, evidenced by the use of generative engineering—AI‑driven layout optimization and simulation—to cut design‑to‑groundbreaking cycles by half.

Technology, Regulation, and Reality

While technological progress is evident, its real‑world impact hinges on adoption and regulatory frameworks. Chris Scheefer, executive vice president of Capgemini’s global AI, energy, and chemicals division, highlights a gap between ambition and execution. “The industry has moved beyond experimentation, yet most projects have not yet achieved scalable digital execution. Embedded, continuous digital engagement throughout the project life‑cycle is essential,” he says.

Regulators now offer a more conducive environment than ever, recognizing that the focus has shifted from building more assets to creating holistic, system‑level infrastructure that is faster, smarter, and more resilient.

Lindsay See, commissioner at the U.S. Federal Energy Regulatory Commission, noted that the agency is pursuing fair and predictable permitting to help project sponsors manage grid infrastructure and supply costs.

The White House views the U.S. economy through electrification, hyperscale data centers, LNG growth, renewables, grid expansion, and modular construction, underscoring the National Energy Dominance Council’s agenda.

Policymakers and builders alike anticipate a new delivery era powered by AI and automation, watching how investment decisions and outcomes evolve over the coming decade. While uncertainties remain, early indicators are promising amid trillions of dollars on the horizon.

Disclaimer: The following commentary is intended to stimulate discussion and represents the author’s personal opinions and analysis. It does not constitute financial advice or a recommendation to trade energy securities. Energy markets are highly volatile and opinions may change rapidly.

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