American ingenuity transformed the world. Energy investments will define next 250 years

There is a phrase we have returned to again and again to explain the arc of our country: “American ingenuity.” It defines how a young nation became a world leader in innovation and how it built the systems that powered our dynamic economy.

As we mark 250 years of that story, the celebration is well-earned, and the work ahead is just beginning. Meanwhile, this generation faces its own defining infrastructure challenge: modernizing the energy system to meet demands that will only grow, year over year, for decades to come. How we respond will define what the next 250 years look like.

Over the past two and a half centuries, American ingenuity has transformed our country and the world. The airplane and the telephone were invented here. The railroad connected our country together. Highways, airports, canals, and eventually the electric grid connected communities and created opportunity at a scale no one imagined.

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The U.S. power grid, one of the largest and complex systems built, traces its origins to the late 1880s. It expanded dramatically in the 20th century to power homes, factories, and cities, and today it stands as a massive engineering achievement. But it was designed for a different era. The engineers who first powered it could not have envisioned artificial intelligence, the electrification of transportation, the idea of data centers, or the frequency and intensity of extreme weather events that test and impact our infrastructure. The grid that has served us was built for the world as it was, not the world as it currently is, and not the world as it will be.

The pace of change demands that we act with urgency, our demand for the grid is rising faster than its capabilities. Cybersecurity threats are growing more sophisticated. Supply chains face new worldly pressures. And communities across the country are experiencing the real costs of delayed investment: in outage time, in rate volatility, and in missed economic opportunity.

And nowhere is this change more visible than in Washington, D.C., which serves as both the seat where energy policy is shaped and as a city experiencing its own remarkable transformation. Development along the Wharf and in Navy Yard has remade neighborhoods. Major investments in RFK Stadium, Capital One Arena, and St. Elizabeths reflect a city that is growing, attracting residents, and competing for the industries of the future. The infrastructure that powers this growth must meet the ambition that drives it.

But ambition without affordability isn’t a plan. Families and individuals are navigating real pressures on household budgets, and any conversation about the future of energy must start there.

The commitment to affordability cannot be a footnote to grid modernization. It must be ingrained in the work itself. Through customer assistance programs, flexible payment options, and energy efficiency initiatives, Pepco understands the need to work toward keeping costs affordable for our customers who need it most, all while making the investments that keep the lights on and the grid moving forward.

Because, for most customers, the future of energy means little if it isn’t affordable.

And the definition of what a utility owes its customers is evolving, too. Reliability has always been the baseline, but customers now rightly expect real-time information, transparency during outages, faster restoration, and more control over how and when they use energy. Meeting those expectations is not a courtesy, but a standard.

Which is why the question of how we modernize matters as much as whether we do. The answer has to be all of the above, and it has to be designed around what customers actually need: reliable power at a price they can afford.

Smarter transmission infrastructure reduces congestion and keeps power flowing when extreme weather hits, or demand dramatically increases, meaning fewer outages, lower restoration costs, and more stable rates. Battery storage captures energy when supply is high and deploys it when demand spikes, smoothing the price volatility that hits household budgets hardest. AI-assisted grid management anticipates problems before they escalate into outages, reducing the costly emergency responses that ultimately find their way onto customer bills. Distributed energy resources such as solar, microgrids, and community generation bring power production closer to the people who depend on it, giving customers more control and more options. Widespread electric transportation infrastructure turns vehicles into assets rather than liabilities on the grid. And cleaner, more diverse energy sources reduce our exposure to fuel price volatility and supply chain disruption, which have historically driven rates up with little warning.

The vision for the next 250 years is exciting. These are not far-fetched aspirations. They are investments being made now, with meaningful consequences for what future Americans inherit.

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Previous generations built the infrastructure we stand on, and our responsibility is to build the infrastructure the next generation will depend on.

Two hundred and fifty years from now, Americans may not remember the debates we had today. But they will live with the decisions we make about the systems that power our homes, businesses, communities, and economy. The question before us is whether we are willing to build for the future as boldly as those who came before us.

J. Tyler Anthony is CEO and president of Pepco Holdings.