Although the US accounts for 30% of global LNG supply, its export infrastructure operates at full capacity. This structural rigidity means that even with soaring international prices creating a strong incentive to sell more, the US is powerless to increase exports and help rebalance the global market during a crisis.

Even as a massive LNG supply glut promises lower prices, emerging Asian markets lack the physical capacity to absorb it. A severe shortage of regasification terminals, storage, and gas-fired power plants creates a hard ceiling on demand growth, meaning cheap gas alone is not enough to clear the market.

Unlike a shale well which can come online in quarters, a new LNG export facility takes four years to build. This long lead time means the market cannot quickly respond to supply disruptions, and today's investment decisions create gluts or shortages years down the line.

While nuclear power is a long-term solution, the most pressing energy constraint for new AI data centers is a 2-3 year manufacturing backlog for natural gas turbines. America has ample gas but lacks the immediate hardware to convert it to the necessary power.

Fifteen years of abundant, cheap natural gas have created a dangerous complacency. The forward price curve is flat, and investment in new supply is lagging because the market is focused on near-term oversupply, ignoring the structural deficit looming in 2028.

The foundation for the impending natural gas deficit was laid years ago by long-term contracts to export LNG. The recent surge in AI data center demand is merely an accelerant to a pre-existing structural supply-demand imbalance, a fact overlooked by many.

The US cannot easily export its abundant natural gas due to a lack of liquefaction facilities. This bottleneck traps the gas domestically, keeping prices extremely low while the rest of the world faces soaring energy costs, effectively insulating US heavy industry.

Despite soaring global LNG prices, U.S. domestic gas (Henry Hub) remains stable and driven by local fundamentals. This is because U.S. LNG export terminals are already operating at maximum capacity, exporting about 20% of production. Without the ability to ship more gas abroad, global price increases do not create upward pressure on domestic prices.

Unlike crude oil, where shipping is a trivial percentage of the cargo's value, 80-90% of the cost of delivered natural gas is in transportation (liquefaction, shipping, regasification). This fractures the market into regional price zones instead of a single global benchmark.