Energy Transfer LP raised its full-year 2026 adjusted EBITDA guidance and increased its quarterly distribution following a strong second-quarter report.
The move signals growing demand for natural gas infrastructure as power-generation customers and data centers increase their energy consumption. This growth comes as the midstream company leverages a robust project backlog to expand its operational footprint.
In its second-quarter earnings release reported this month, the company raised its full-year 2026 adjusted EBITDA guidance to a range of $18.8 billion to $19.1 billion [1]. This updated outlook follows a significant performance beat for the quarter, with earnings per share exceeding expectations by 60 percent [1].
Company officials said the growth was due to higher gas demand from data-center and power-generation customers [2, 3]. The company also said that a strong project backlog continues to support its expansion efforts [2, 3].
Investors have seen a corresponding shift in payouts. The company's yield climbed to approximately 6.5 percent [4]. This increase in distribution follows the company's decision to raise the quarterly payment to shareholders.
Energy Transfer operates as a major midstream energy company in the U.S., focusing on the transportation and storage of crude oil, natural gas, and natural gas liquids. The recent guidance lift reflects a broader trend of increased energy needs for the digital economy, specifically the power requirements of large-scale artificial intelligence and cloud computing hubs.
“Full-year 2026 adjusted EBITDA guidance raised to $18.8 billion-$19.1 billion”
The guidance increase highlights a critical intersection between energy infrastructure and the tech sector. As data centers expand to support AI, their reliance on stable power generation—often fueled by natural gas—creates a sustained demand floor for midstream providers. Energy Transfer's ability to raise both its earnings outlook and its distribution yield suggests the company is successfully capturing this structural shift in U.S. energy consumption.
