Power Under Pressure: Five Forces Reshaping America’s Energy Future

Data centers, electrification, population growth and broader economic development are increasing the need for electricity.

At the same time, utilities face the difficult task of expanding and modernizing the grid without compromising reliability or placing unreasonable costs on customers. Utilities are under growing pressure to keep electricity reliable and affordable. Yet too often, their own interconnection and energization processes are slowing the solar projects that can add power quickly and help customers reduce their energy costs.

Meeting this moment will require more than simply building new power plants. It will take a diverse mix of energy resources, thoughtful utility investments, faster interconnections utility accountability, firm interconnection timelines and continued focus on affordability. Distributed solar, community solar and battery storage can all play important roles, particularly when projects are planned in coordination with the utilities responsible for keeping the grid reliable but their benefits cannot be realized unless utilities process projects promptly, communicate upgrade requirements clearly and move completed systems to operation without unnecessary delay.

Here are five forces shaping how America produces, delivers and pays for electricity.

After 15 years of relatively flat electricity consumption, U.S. demand has increased by an average of 2.1% annually over the past five years. The U.S. Energy Information Administration expects consumption to continue growing through 2050, with data center expansion serving as a major driver. In the nearer term, EIA expects 2024 through 2027 to represent the strongest four year period of electricity demand growth since 2000.

Data centers are attracting much of the attention. They accounted for approximately 4.4% of U.S. electricity consumption in 2023 and could represent between 6.7% and 12% by 2028, according to the U.S. Department of Energy.

But data centers are only part of the story. Population growth is increasing electricity needs in many regions while businesses, buildings and transportation systems continue to electrify. New commercial development also requires dependable power, often in locations where the existing grid has limited capacity.

The scale and location of this growth create different challenges. A data center campus can add an enormous amount of concentrated demand to one utility service territory. Population growth and electrification can increase demand more gradually across multiple areas. Utilities must prepare for both while maintaining enough capacity to serve peak demand during periods of extreme heat or cold.

No single resource can meet America’s growing electricity needs. Solar, however, is positioned to provide a significant share of the new generation coming online.

Developers and power plant operators planned to add a record 86 gigawatts of utility-scale generating capacity in 2026, according to EIA. Solar represented 51% of that total, with 43.4 gigawatts of planned additions. Battery storage accounted for another 28%.

Solar’s value extends beyond the amount of electricity it can generate. Distributed projects can be developed on commercial properties, brownfields, municipal land and other sites close to the customers they serve. When projects are thoughtfully located and coordinated with utilities, they can add local generation and potentially reduce pressure on constrained portions of the grid. When thoughtfully located, these projects can add local generation and potentially reduce pressure on con strained portions of the grid. But those benefits depend on utilities processing applications, completing studies and advancing required upgrades on predictable schedules.

Those benefits are not automatic. The value of a project depends on whereit connects, when it generates electricity and how local demand changes throughout the day. A project placed on a constrained feeder may require significant upgrades, while one located elsewhere could use available capacity more effectively.

That makes utility-developer coordination essential. That makes utility transparency and urgency essential. Utilities understand where the grid has capacity and where new generation may provide the greatest value. Developers bring expertise in siting, permitting, financing, construction and long-term project operation. Earlier collaboration can help direct solar toward locations that serve both customer and system needs. Utilities should make usable grid-capacity information available, meet study timelines and provide realistic upgrade requirements and budgets. Earlier collaboration remains important, but it must produce timely decisions that direct solar toward locations that serve both customer and system needs.

Solar can be deployed relatively quickly compared with some larger generation and transmission projects. That speed matters as electricity demand accelerates, but only if permitting, interconnection and construction can keep pace. A project that is built but waiting months for utility approval or permission to operate is not delivering power, savings or value to the grid.

Utilities are at the center of America’s changing energy system. They are responsible for forecasting demand, maintaining reliability and making the investments needed to serve customers safely.

That job is becoming more complicated. Utilities must replace aging infrastructure while expanding substations, transformers and power lines to accommodate new demand. They must also prepare for more distributed resources, two-way power flows and increasingly complex operating conditions. But complexity cannot become an excuse for missed study deadlines, prolonged upgrade schedules, escalating upgrade budgets or delays in turning completed systems on. In too many markets, utility processes have become a bottleneck between ready-to-build solar projects and the customers waiting for more affordable electricity.

At the same time, proposed generation continues to outpace the grid’s ability to connect it. At the end of 2025, more than 2,060 gigawatts of generation and storage were actively seeking connection to the U.S. transmission system.

Not every project will advance, but the backlog demonstrates the pressure facing utilities and grid operators both the scale of the challenge and the urgency for utilities and grid operators to act.

Interconnection studies are necessary. Utilities must determine whether projects can connect without creating reliability or safety problems, and identify any upgrades that will be required. The challenge is making that process more transparent, efficient and predictable. But necessary review does not justify open-ended timelines. Utilities must make the process transparent, efficient and predictable, then deliver studies, upgrade estimates and energization decisions when promised. Every avoidable delay has a real economic consequence: offtakers remain exposed to higher electricity costs and the savings they expected from solar are pushed further into the future.

Developers have a responsibility to submit mature projects with credible sites, complete data and realistic development plans. Utilities can support progress by improving access to grid information, adopting more efficient study methods and communicating potential upgrade requirements earlier.

Regulators can establish clear expectations, appropriate timelines and accountability for everyone involved. Once they do, utilities should be held accountable for improving access to grid information, using more efficient study methods, meeting defined timelines and communicating potential upgrade requirements and costs early. Regulators should establish enforceable performance standards and consequences when utilities repeatedly fail to deliver.

Utilities will also need regulatory support to make major infrastructure investments while protecting customers. Utilities will need regulatory support for major infrastructure investments, but they also need to embrace solar as part of the affordability solution rather than treat it as an administrative burden to be managed or delayed. The strongest plans will consider new generation, transmission, distribution and distributed energy resources together rather than treating each as a separate issue. Utilities cannot credibly say they are concerned about rising customer bills while throttling projects designed to reduce them.

Energy discussions once focused heavily on sustainability goals. Those goals remain important, but affordability and price stability have moved to the center of the conversation.

The average residential electricity price in May 2026 was 6.2% higher than it had been a year earlier. Commercial prices increased 4.7% over the same period, according to EIA.

For households, higher electricity prices can force difficult budget decisions, particularly for customers already carrying a high energy burden. For businesses, unpredictable energy costs can affect operating budgets, expansion plans and long-term competitiveness. Municipalities, schools and nonprofit organizations face similar pressures.

Solar can help provide greater price certainty because it has no fuel cost once a project is operating. Long-term power purchase agreements and community solar subscriptions can offer more predictable pricing than resources exposed to fluctuating fuel markets.

Community solar can extend those benefits to customers who cannot install solar on their own properties. Renters, apartment residents, businesses and households with unsuitable rooftops can subscribe to a shared project and receive credits on their electric bills.

Utility delays directly undermine that affordability promise. When interconnection studies run past their deadlines, upgrade budgets increase without sufficient predictability or completed projects wait for permission to operate, customers continue paying more and must wait longer for their expected savings. Speeding responsible solar deployment is therefore not separate from protecting ratepayers. It is one of the clearest ways utilities can help protect them.

But affordability must be measurable. Programs should provide clear subscription terms, meaningful savings and strong customer protections. Grid upgrades and other infrastructure costs must also be assigned fairly so that one group of customers does not carry an unreasonable share of the burden. That requires transparent, defensible upgrade estimates and timely decisions from utilities.

Solar adds generation when the sun is shining. Battery storage makes that electricity more flexible.

Storage can absorb excess solar generation during the day and deliver it later when demand is higher. It can help utilities manage short-term peaks, respond to sudden changes in supply or demand, and make more effective use of existing grid infrastructure.

Deployment is accelerating quickly. Developers planned to add 24 gigawatts of utility-scale battery storage in 2026, following a record 15 gigawatts in 2025. Storage represented 28% of all planned utility-scale capacity additions for the year.

The growth of storage does not eliminate the need for transmission, distribution upgrades or other generation resources. Most batteries can supply power for only a limited number of hours before they must recharge. Their value depends on system needs, duration, location and operating strategy.

When appropriately sited and managed, however, storage can help utilities integrate more solar while maintaining grid performance. A solar-plus-storage project can shift electricity into evening hours, reduce abrupt changes in output and provide capacity during periods of higher demand. Utilities should actively incorporate these capabilities into grid planning and interconnection decisions rather than allow outdated processes to slow their deployment.

Storage is therefore best understood as a complement to solar and the broader grid. It gives utilities another tool for matching electricity supply with customer demand while supporting a more dynamic and resilient energy system.

The Path Forward

America’s rising electricity demand presents both a challenge and an opportunity.

Utilities must invest in the infrastructure needed to maintain reliability and serve future growth. Utilities must invest in the infrastructure needed to maintain reliability and serve future growth, but investment alone is not enough. They must also meet interconnection timelines, control upgrade schedules and costs and move completed projects into operation promptly. Solar developers must bring forward well-sited projects that respond to real grid and community needs. Regulators and policymakers must support timely investment while keeping affordability at the center of decision-making. Regulators and policymakers must support timely investment while holding utilities accountable for performance and keeping affordability at the center of decision-making.

Distributed solar can add generation close to customers. Community solar can expand access and deliver savings. Storage can make solar more flexible. Utilities can must efficiently connect these resources and guide the investments required to strengthen the system.

Meeting America’s growing energy needs will take all of these pieces working together. But collaboration cannot become a euphemism for endless delay. Utilities must step up, embrace solar as a tool for controlling costs and remove the barriers that keep new generation and customer savings waiting. The future of electricity will be shaped not simply by how much power the country produces, but by how effectively the industry delivers it and how affordable it remains for the people and businesses that depend on it.