America has triumphed in each industrial revolution – whether steel, energy or manufacturing – and has the power to lead the AI revolution, too. This week in Pittsburgh, President Donald Trump is bringing together leaders to address a defining challenge of our time: how to fuel the AI revolution with American energy.
Progress on this front will be consequential for our economy, our national security, and America’s global leadership.
President Trump’s announced $500 billion private sector AI investment is a critical enabler for our country. But artificial intelligence won’t power itself. It needs vast amounts of electricity, delivered affordably and reliably.
And as demand for AI computing surges, the real question isn’t just about who writes the best code – it’s also about who can build out data center infrastructure behind it. The U.S. has the unique capability to do that – including the energy dominance to fuel it – and we now have the political will to lead.
U.S. policy has often prioritized climate idealism over energy pragmatism. Wind, solar and battery technologies will play a key role in our energy future, but they are not available at the scale or reliability needed to fuel expected AI data center demand. And these combined sources are more expensive than U.S. natural gas.
Without a balanced and clear-eyed approach, we risk pushing AI innovation – and the economic and national security advantages that come with it – overseas.
Other countries are already trying to lure investment away from the United States by subsidizing AI computing power. In China, dozens of data centers are being built – 39 approved in the last quarter of 2024 alone. In Malaysia, authorities are fast-tracking electricity infrastructure for data centers, cutting lead times to just 12 months, compared to five years in the U.S. Some American companies are already helping to finance data center growth in the Middle East.
The path to powering America’s AI dominance is rooted in abundant American natural gas. The United States is already by far the world leader, accounting for a quarter of global natural gas production. And we are also one of the lowest-cost producers.
Equally important is to ensure AI power demand doesn’t drive up electricity costs for consumers. We can develop natural gas-based power generation independent of the current electric grid and co-locate it with data centers across the country. Providing this dedicated electricity prevents a competition for grid-connected power, which would drive up costs and burden our already strained electricity grid.
