Germany’s state-owned energy company Deutsche Energy Terminal (DET) announced that the Floating Storage and Regasification Unit (FSRU) “Energos Force,” which it has chartered, has arrived at the Stade LNG terminal in Stade-Bützfleth, Lower Saxony, and begun commissioning. The arrival took place between September 16 and 17.
The Stade LNG terminal is part of Germany’s infrastructure expansion effort to reduce dependence on Russian gas. The 294-meter FSRU Energos Force will dock at the berth and undergo commissioning procedures, with the arrival of the first fully laden LNG carrier and the start of actual gas supply scheduled for November 2026. The port infrastructure was built by Niedersachsen Ports (NPorts).
The terminal is expected to have the capacity to supply up to 3.2 billion cubic meters (bcm) per year to Germany’s gas grid by 2027, reportedly equivalent to the heating demand of about 2.6 million four-person households in Germany. The FSRU’s regasification capacity is reported at up to 500 MMscfd in closed-loop mode during winter, and up to 750 MMscfd in open-loop mode using Elbe River seawater during summer.
Germany has rapidly expanded LNG import terminals since 2022 in response to the halt of Russian pipeline gas supplies, and the Stade terminal is positioned as a facility supporting Germany’s LNG import diversification strategy, following existing terminals such as Wilhelmshaven and Brunsbüttel.
European countries have continuously expanded LNG import infrastructure from the United States, Qatar, and elsewhere to reduce dependence on Russian gas, and this commissioning of the Stade terminal illustrates that Germany is implementing this energy diversification strategy as planned. FSRUs allow LNG import capacity to be secured in a relatively shorter timeframe compared to constructing onshore terminals, making them a continuously favored option for countries with urgent energy security needs. At the same time, as multiple FSRU-based terminals come online across Europe in succession, overall European LNG regasification capacity is expanding, which could affect competition among major LNG exporters such as the United States and Qatar over volume allocation to Europe going forward. The difference in regasification capacity between winter and summer (500 versus 750 MMscfd) is also a notable example of how operational efficiency can vary seasonally depending on the cooling water method used.
A primary point to watch is whether the arrival of the first fully laden LNG carrier and the start of gas supply proceed as scheduled in November. When the Stade terminal will reach its target supply capacity of 3.2 bcm per year, and whether the German government plans to convert the Stade terminal into a fixed onshore terminal, also need to be confirmed. In addition, the impact of the Stade terminal’s operation on gas prices in Germany and across Europe is worth watching.