EIA raises natural gas price forecast after record winter withdrawals

The U.S. Energy Information Administration (EIA) officially raised its spot price forecast for natural gas on Tuesday, March 11, 2025, in Washington D.C., following a period of unprecedented inventory drawdowns during a particularly severe winter season. This upward revision reflects a critical shift in the domestic energy market as heating demand surged beyond initial projections, leaving national storage levels significantly lower than the five-year average. The federal agency now anticipates that the Henry Hub benchmark price will remain elevated throughout the coming months as utilities work to replenish depleted reserves ahead of the summer cooling season. Market analysts attribute this price hike to a combination of extreme weather patterns and a stabilization in domestic production. During the peak winter months, record-breaking cold snaps across the Midwestern and Northeastern United States forced colonial-era withdrawal rates from underground storage facilities. According to the EIA's latest Short-Term Energy Outlook, these record withdrawals have created a supply-demand imbalance that will likely persist through the second quarter of the year. The report indicates that while production remains robust, it has not expanded rapidly enough to offset the sudden deficit caused by the winter's high burn rate. Beyond immediate supply concerns, the EIA's decision to adjust its forecast is also influenced by the growing export capacity of the U.S. liquefied natural gas (LNG) sector. As international demand remains high, particularly in European and Asian markets, the domestic price floor has been bolstered by the consistent pull of gas toward export terminals. This global integration means that U.S. consumers and industrial users may face higher utility costs as the market reacts to thinner domestic margins. The agency concludes that the trajectory of natural gas prices for the remainder of 2025 will depend heavily on the pace of storage injections during the spring shoulder season and the severity of upcoming summer heatwaves.