Power Market Forecast: Capital Spending and the Growing Demand for Power
The power market is evolving rapidly, driven by a surging demand for electricity across a diverse range of industries. Data centers, a primary focus of energy demand conversations, share the ever-expanding spotlight with electric vehicles, manufacturing facilities, commercial and industrial electrification, and more. This evolution is reshaping how utilities, developers and regulators think about power generation and distribution.
While the opportunities are immense, the challenges will require significant investment, collaboration and innovation. Each new project, from an AI-focused data center requiring hundreds of megawatts to an EV charging hub or a semiconductor plant, presents big questions: Where will the power come from? And how can providers determine the necessary infrastructure improvements or possible interconnection enhancements without risking the pitfalls of overbuilding or underdelivering?
This growing power demand has created a high-stakes balancing act. In regions with clusters of proposed projects, competition for limited grid capacity intensifies the challenge of verifying and solving long-term energy needs.
Decisions made today must anticipate the energy landscape of tomorrow — considering the potential shifts in energy consumption patterns and changing regulatory landscapes and environmental policies — all while grappling with strained supply chains, aging grid infrastructure and the need for rapid expansion of low-carbon electricity sources.
We know power demand forecasts have increased, but source information varies dramatically, especially when it comes to data centers, which currently account for around 4% of U.S. electricity demand. Depending on the forecast, they could grow to anywhere from 5% to 12% of electricity demand by 2030. Goldman Sachs estimates that data centers, the fastest-growing component of power demand, account for 31% of projected increases. Electric vehicles and industrial, commercial and residential electrification also contribute significantly to increasing power needs. But the wide range of predictions presents much uncertainty.
To meet new capacity and infrastructure requirements, many hurdles must be cleared. At the same time, supply chain constraints drive up costs and delay critical projects, creating bottlenecks that ripple across industries. Overcoming existing and anticipated power challenges will require a diverse energy portfolio that can deliver reliable power while maintaining sustainability goals.
Natural gas, with its ability to ramp up quickly, remains a viable option for meeting peak demand. But pipeline capacity lags behind, highlighting the need for much-needed upgrades. Solar and battery storage are both on pace for record additions, with over 32 gigawatts (GW) of utility-scale solar capacity additions expected by the end of this year. The immediate need for power — coupled with the challenge of rapidly scaling renewable resources — is accelerating financial conversations and, therefore, developments in geothermal, nuclear and long-duration storage.
Small modular reactors (SMRs) and enhanced geothermal systems can provide consistent electricity that complements renewable energy sources. Changes to the NRC licensing process for SMRs and microreactor designs are proceeding, though it can be too lengthy a process to meet immediate demands. However, it’s encouraging to see renewed interest in this generation source for reliable clean power. Long-duration energy storage is crucial for bridging the gap between generation and demand, especially as wind and solar take on a larger share of the energy mix. The U.S. grid could require 225 GW to 460 GW of long-duration energy storage capacity by 2050 to support a net-zero economy, representing a potential $330 billion in cumulative capital requirements.
The electrification of industries represents one of the greatest opportunities of our time, but it’ll require unprecedented innovation and collaboration, technological breakthroughs and policy support. Working together, our industries can create a resilient, adaptable, sustainable and long-lasting power system that addresses the challenges posed by a data-driven, power-hungry world.