Natural gas prices have failed to rally despite a 100°F heatwave, with storage builds of 61 Bcf and 87 Bcf in consecutive weeks, staying 6% above average. Lower 48 production near the 110.6 bcfd record caps rallies, while record LNG exports at 18.1 bcfd hold a firm $3.00 floor.
The real trade is 2027, when the EIA sees prices jumping 33% as demand growth outpaces supply.
Natural gas futures are slipping again, trading near $3.20 per MMBtu, as the market moved lower in early trading with traders looking past hotter overnight weather and positioning for a government storage report that could underwhelm.
National inventories sit about 6% above the five-year average, a comfortable cushion that limits any upward price pressure. The recent storage prints have been consistently bearish, with energy firms injecting 61 billion cubic feet into storage for the week ended July 3, a bearish surprise that outpaced expectations despite record heat across key demand markets.
The storage cushion this creates is the anchor on prices. National inventories sit about 6% above the five-year average.
Record-level production is the structural reason rallies keep failing. Lower 48 production averaged around 110 bcfd in June and 109.4 bcfd in early July, just below the record monthly high of 110.6 bcfd reached in December 2025.
The Permian dynamic is the key to understanding the ceiling. Because so much U.S. gas is a byproduct of oil production, the supply is relatively insensitive to gas prices, producers keep pumping oil and the associated gas comes with it regardless of whether gas trades at $3 or $4.
Record LNG exports are the floor, and this is the structural bull case that prevents a price collapse. Average gas flows to major LNG export plants rose to 18.1 bcfd so far in July.
The most important insight in the natural gas outlook is that the real bull case isn’t this summer, it’s 2027, when the supply-demand balance flips. The EIA forecasts annual average spot prices decreasing 2% in 2026 and then increasing 33% in 2027, a dramatic jump driven by demand growth outpacing supply.
Related: SoFi Holds $18.12 Despite Platform Segment Struggles
The chart frames the forecast in a clear channel, with $3.00 as the floor, $4.00 as the mid-point, and $5.00 as the ceiling. Natural gas trading near $3.20 sits in the lower portion of this channel, pressured by the storage builds and record production.
A break and sustained close below $3.00 would open the path toward $2.80 and potentially lower prices in a severe warm-winter scenario.
Weather remains the single largest swing factor in the near-term forecast, and it cuts both ways. The EIA explicitly notes that weather remains the main uncertainty in its forecast because changes in summer temperatures can significantly affect electricity demand and natural gas-fired generation.
A sustained, intensifying heatwave beyond the current one could finally overpower production and draw down storage, sparking the rally the bulls have been waiting for.
The forecast community’s targets capture the near-term-bearish, structurally-bullish split, spanning from the low-$2s to above $5. On the official side, the EIA anchors the consensus, projecting Henry Hub near $3.60 to $3.70 in 2026 and just under $3.50 in 2027.
Goldman Sachs raised its 2026 Henry Hub forecast to $4.15 earlier in the year, citing a colder-than-expected winter tightening storage and increasing LNG export growth from Plaquemines and Corpus Christi Stage 3, similar to trends seen in the financial sector.
Beneath the weather and storage noise, a structural demand story is building that underpins the long-term bull case: the power sector’s growing reliance on natural gas. The EIA forecasts U.S. natural gas consumption in the electric power sector setting a record in 2027, driven in part by the growth of online platforms and data centers.
Power-sector gas demand rises 2% in 2026 and another 4% in 2027, and the sector will have 508 gigawatts of gas-fired generating capacity by the end of 2027, up 3% from 2025.
Natural gas-fired generation increases especially during times of high electricity demand and when renewable output is lower, making gas the marginal generator that meets load growth.
