America’s Next Energy Revolution Starts in Virginia

The future of the world economy is being built right now in Virginia. Not in theory. Not someday. Right now.

Artificial intelligence, cloud computing, semiconductor manufacturing, cybersecurity, military communications, financial systems, and global internet traffic all depend on one thing before anything else: power. Reliable power. Massive amounts of it.

Whether most Americans realize it or not, Virginia has become one of the most important places on Earth in that race. Virginia is no longer just a state with data centers. Virginia is a strategic front line in the global competition for artificial intelligence, energy abundance, economic strength, and American technological leadership.

Northern Virginia is widely recognized as the world’s largest data center market. The Northern Virginia Regional Commission says the region’s 250-plus data centers handle roughly 70% of global internet traffic, making it the highest concentration of data centers in the world. Virginia Beach’s subsea cables also connect North America directly to Europe and South America, supporting more than 200 terabits per second of high-speed data transfer.

The modern economy does not run on slogans. It runs on electricity.

That is why America’s energy debate can no longer be treated like a political game. This is about national security, economic dominance, technological leadership, and whether the United States stays ahead of China in the AI revolution that will define the next century.

Right now, America is facing a hard truth: our energy demand is exploding while our infrastructure struggles to keep up. According to the U.S. Energy Information Administration, Virginia became the largest net recipient of electricity from other states in 2023. Utilities in Virginia brought in 50.1 million megawatt-hours of net electricity from other states, equal to 36% of the state’s total electricity supply.

Think about that for a moment. The data capital of the world depends on importing more than a third of its electricity. That is not sustainable, especially when the entire AI economy depends on uninterrupted power generation.

Data centers cannot shut down because the wind stops blowing. AI systems cannot pause because clouds cover solar panels. Hospitals, military communications, financial systems, cybersecurity networks, and advanced manufacturing cannot function on good intentions alone.

The reality is simple: America needs abundant, affordable, reliable energy if we intend to lead the future. That means investing aggressively in nuclear energy, nuclear fusion research, natural gas, grid modernization, transmission infrastructure, storage, advanced technology, and domestic energy production.

It also means permitting reform. The SPEED Act and similar permitting reform efforts matter because America cannot build a 21st-century economy with a 20th-century approval process. Energy projects, transmission lines, manufacturing facilities, and major infrastructure cannot remain trapped in years of delay while China builds at industrial speed.

This requires strategic public-private cooperation, permitting certainty, targeted incentives, and federal support where national security is at stake. Some politicians act as if every form of public support is automatically corruption, but America has always invested in strategic infrastructure. We invested in railroads, highways, aerospace, telecommunications, and the internet itself.

The private sector drives innovation, but government helps create the conditions that allow critical industries to scale. That is exactly why energy policy matters so much right now.

The Department of Energy under Secretary Chris Wright has recognized that rising electricity demand from artificial intelligence, data centers, and domestic manufacturing requires faster grid expansion. In October 2025, Secretary Wright directed the Federal Energy Regulatory Commission to begin a rulemaking process to accelerate the interconnection of large loads, including data centers, to help position the United States to lead in AI innovation and domestic manufacturing.

That is the correct direction. America cannot dominate artificial intelligence while restricting the energy infrastructure required to power it.

The market already sees what is happening. Reuters reported in May 2026 that NextEra Energy plans to acquire Dominion Energy in a $66.8 billion all-stock deal shaped by surging electricity demand from AI-powered data centers. The deal, still subject to shareholder and regulatory approval, would give NextEra access to Dominion’s nearly 51 gigawatts of contracted data-center capacity and expand its footprint in Virginia’s data center market.

That is not a side story. It is a signal. Virginia’s energy future is now tied directly to the future of artificial intelligence, grid expansion, and American economic power.

That does not mean every project should receive a blank check. It does not mean every company should get whatever it wants. It does not mean ratepayers should be forced to carry every cost while major technology companies capture the upside.

Energy abundance must be paired with consumer protection. Data centers should help pay for the infrastructure they require. Large-load users should contribute responsibly to the grid they depend on. Families, small businesses, and local communities should not be treated as afterthoughts in the race to power artificial intelligence.

A serious energy strategy must build quickly, protect consumers, strengthen reliability, and demand responsibility from the industries that need the most power. That is the balance Virginia must get right.

This is also why the debate over renewable energy needs to become more honest. Take offshore wind. The intent behind renewable energy investment is understandable. Cleaner technology matters. Innovation matters. Environmental stewardship matters. No serious energy conversation should dismiss those goals.

But intent alone does not power an economy. Dominion’s Coastal Virginia Offshore Wind project is a major 2.6-gigawatt project with 176 turbines, designed to power up to 660,000 homes. It is significant, and it may have a role in Virginia’s energy mix.

But offshore wind cannot be treated as a substitute for firm, dispatchable power. AI infrastructure requires electricity that is available every hour of every day. Wind can contribute, but it cannot carry the full burden of a modern digital economy by itself.

That is why Virginia needs an energy strategy that is honest about both potential and limitation. Offshore wind may contribute to supply. Solar may contribute to supply. Battery storage may contribute to supply. But if Virginia wants to remain the digital capital of the world, it must also expand reliable baseload power, modernize the grid, support natural gas, accelerate advanced nuclear development, and build transmission capacity at the speed this moment requires.

Affordability must remain central because affordability is not a slogan. It is whether families can pay their electric bills. It is whether businesses stay in Virginia. It is whether manufacturers build in America or overseas. It is whether the next generation inherits economic strength or managed decline.

This is where the conversation around RGGI, the Regional Greenhouse Gas Initiative, becomes critical. Supporters argue that RGGI can fund energy efficiency, flood resilience, and long-term environmental goals. Critics argue that it functions as a hidden carbon cost passed on through electricity bills. Virginians deserve an honest debate about those tradeoffs.

Not political branding. Not campaign rhetoric. Not slogans about compassion or affordability that ignore the bill arriving in a family’s mailbox.

The question should be simple: does the policy make energy more affordable, more reliable, and more abundant? If the answer is no, then the policy needs to be reconsidered. If the answer is yes, then leaders should prove it with facts.

Virginia’s energy debate should be grounded in reality, not ideology. Every proposal should be measured against the same standard: Does it strengthen reliability? Does it lower long-term costs? Does it protect consumers? Does it expand capacity? Does it help America compete?

The truth is far more serious than ordinary partisan talking points. The United States is competing in a global technological arms race, and China understands this.

China is building power plants, expanding industrial capacity, securing supply chains, and scaling infrastructure at extraordinary speed because they understand a basic reality: the nation that controls energy controls the future.

America still has the advantage. We have the innovators, engineers, entrepreneurs, natural resources, capital markets, universities, and workers. In Virginia, we already possess one of the most strategically important digital ecosystems on Earth.

But maintaining that leadership requires action. Grid modernization, advanced nuclear development, natural gas expansion, domestic energy production, transmission reform, permitting reform, storage technology, and responsible data center policy are not just energy issues. They are economic survival strategies.

Future facilities should become increasingly self-sufficient where possible. They should help generate power, manage water systems responsibly, strengthen local economies, and create long-term revenue for Virginia and the United States.

That is not corporate greed. That is infrastructure. And infrastructure is what civilizations are built on.

The world is entering a new industrial revolution driven by artificial intelligence, automation, advanced computing, and digital systems. The countries that produce abundant, affordable, reliable energy will lead it. The countries that cannot will fall behind.

The choice facing America is not between the environment and the economy. The real choice is whether we innovate responsibly or surrender leadership to nations that will not hesitate to outbuild us.

Virginia has the opportunity to lead this revolution, but leadership requires honesty. Honesty about our growing energy demand. Honesty about the limitations of intermittent power sources. Honesty about the need for grid expansion. Honesty about consumer costs. Honesty about data center responsibility. Honesty about permitting delays. Honesty about the role of natural gas. Honesty about the promise of nuclear energy.

America’s future prosperity depends on energy abundance, not energy scarcity.

The time for an American energy revolution is now. Virginia has the chance to do more than host the digital economy. Virginia can power it, but only if we choose energy abundance over scarcity, realism over slogans, and infrastructure over ideology.