Why Cheap U.S. Energy Lowers What Importers Pay
Henry Hub gas runs near $3.50/MMBtu while EU industrial power costs about double the U.S. For buyers of energy-intensive goods, that’s a real edge.
For a foreign buyer, one of the most overlooked reasons to source from the United States is the cost of energy baked into energy-intensive products. It is not a guarantee of a lower price. It is a structural edge that shows up on the invoice when the numbers line up.
If you import plastics, resins, industrial chemicals, nitrogen fertilizer, aluminum, glass or paper, you are buying energy whether the invoice says so or not. These products are made by burning gas and drawing power on a large scale, so where that gas and power are cheap, the goods tend to come out cheaper. By that measure the United States is one of the lowest-cost industrial energy markets in the developed world.
The question for an importer is not simply whether U.S. energy is cheaper. It is whether that advantage reaches the delivered price of the product you actually need.
The gas advantage is structural, not seasonal
Henry Hub, the principal U.S. benchmark for natural gas, averaged $3.53 per million BTU in 2025, and the Energy Information Administration projects $3.48 for 2026 in its October Short-Term Energy Outlook. These are benchmark prices, not the final bill every American factory pays; actual cost depends on location, transport, distribution charges and contracts. Even so, abundant domestic gas has long underpinned the competitiveness of U.S. industries that use gas as both fuel and feedstock.
There is an important distinction for overseas buyers. Gas leaving the United States as liquefied natural gas must be processed, liquefied, shipped and regasified before it reaches a foreign user, and every step adds cost. The price a buyer pays abroad can therefore sit well above the Henry Hub benchmark. The foreign industrial user stands at the end of the same pipe an American producer stands at the front of.
The scale of that export trade shows how wide the surplus is. According to EIA, the United States exported an average of 15.1 billion cubic feet of LNG per day in 2025, about 26% of the global total, up from 21% in 2024, making it the world’s largest LNG exporter ahead of Qatar’s 10.6 Bcf/d. EIA projects U.S. LNG exports of 17.6 Bcf/d for 2026. Those figures do not by themselves guarantee permanently low domestic prices, because export demand, weather and infrastructure all move the market. But a country does not export gas at that volume without far more than it needs at home, and for a buyer, abundance at the source is the quiet guarantee behind a low price.
Electricity: the gap you can measure
Power makes the same point with harder comparative data.
Drawing on Eurostat, BusinessEurope reports 2024 industrial electricity prices of about €0.199 per kWh in the EU, against €0.075 in the United States and €0.082 in China. That puts U.S. industrial power at roughly 38% of the EU level, cheaper than both Europe and China. The International Energy Agency’s Electricity 2026 report reaches the same conclusion from another angle: in 2025, electricity for energy-intensive industry in the EU ran roughly double the U.S. level and more than 50% above China’s.
One honest qualification: the IEA uses Texas as its U.S. reference, and Texas has some of the cheapest power in the country. Prices vary widely by state, utility territory, consumption level and contract, so not every American factory enjoys that gap. But for electricity-hungry production such as aluminum, electric-arc steelmaking, glass and paper, even a sustained difference moves where output goes and how competitive a supplier can be.
How the discount reaches the invoice
Energy is a feedstock, not just a utility bill, and that is what makes the advantage concrete.
Nitrogen fertilizer is the clearest case: natural gas is the primary raw material in ammonia, which underpins urea and other nitrogen fertilizers, so a cheap-gas country is close to a cheap-fertilizer country. Petrochemicals follow, because U.S. plants crack gas-derived ethane into ethylene, the building block of a large share of the world’s plastics. Aluminum, steel, glass, cement and pulp are power-hungry by nature. In each, a durable energy-cost advantage at the plant can become a price advantage at the port, though raw materials, plant efficiency and utilization still matter.
That economics is why the Gulf Coast of Texas and Louisiana became a global petrochemical and plastics hub. It sits on cheap gas and natural gas liquids, with the pipelines, ports and supplier networks to match, which makes it the logical first place to look when sourcing these products. It does not mean every Gulf Coast supplier is the cheapest; the right comparison is always between qualified suppliers offering equivalent specs.
What this means for you
This section is analysis, applied to your sourcing. The opportunity is selective, so use energy as one filter in a disciplined strategy rather than a blanket assumption that American means cheaper.
Prioritize energy-intensive inputs: resins and plastics, basic and specialty chemicals, nitrogen fertilizer, aluminum, glass, paper. That is where the gap is large enough to survive the freight back to your market. For labor- or design-driven goods, it may not apply at all.
Ask how energy actually affects the supplier’s cost. Long-term contracts, hedging or on-site generation can insulate a plant from spot prices, for better or worse, so a low national benchmark does not automatically mean a low factory cost.
Compare equivalent product: grade, purity, specification, packaging, certification, minimum order and delivery schedule. A lower unit price is no advantage if the product misses your requirements.
Then run the full landed cost: quoted price, freight, insurance, duties, taxes, inland transport, financing and inventory, plus your market’s tariff classification and origin rules. A factory-gate advantage can be erased by freight or destination tariffs. And weigh reliability alongside price, because a slightly higher quote can be worth it if it removes the risk of a stockout.
The bottom line
In my analysis, the U.S. energy advantage is best read as a sourcing opportunity, not a universal promise of cheaper imports. Competitive gas supports American chemicals, fertilizer and petrochemical feedstocks; the power gap matters for selected energy-intensive industries. The commercial benefit still depends on the product, the supplier, the contract and your destination market.
For a procurement team, the question is simple: can a U.S. supplier deliver the required product at a better total landed cost, with the quality and reliability you need? For energy-intensive goods, U.S. energy economics make that question worth asking.
This article is informational and is not financial or procurement advice. Energy prices, supplier costs and import economics vary by location, product, contract and market conditions; verify current data and calculate the full landed cost before making sourcing decisions.
Sources
English: The Henry Hub natural gas price ($3.53/MMBtu in 2025, $3.48 projected for 2026) and U.S. LNG export volumes (15.1 Bcf/d in 2025, 17.6 projected for 2026) come from the U.S. Energy Information Administration’s Short-Term Energy Outlook, October 2026 edition (https://www.eia.gov/outlooks/steo/). The U.S. 26% share of global LNG exports in 2025, up from 21% in 2024, and its rank as the world’s largest LNG exporter ahead of Qatar, are from EIA’s Today in Energy, “Global liquefied natural gas trade volumes reached record high in 2025,” July 14, 2026 (https://www.eia.gov/todayinenergy/detail.php?id=67864). The 2024 industrial electricity comparison (EU €0.199/kWh, U.S. €0.075, China €0.082) is Eurostat data presented by BusinessEurope (https://www.businesseurope.eu/media-room/data-hub/high-cost-of-energy/), and the corroborating finding that EU industrial electricity ran about double U.S. levels in 2025, using Texas as the U.S. reference, is from the International Energy Agency’s Electricity 2026 report (https://www.iea.org/reports/electricity-2026/prices) and its supporting data series (https://www.iea.org/data-and-statistics/charts/estimated-final-electricity-price-for-large-industrial-customers-in-energy-intensive-industries-2019-2025). Consulted October 15, 2026.
