Germany has flipped the switch on a mothballed coal power unit as authorities opt to rely on a more polluting fuel in the run-up to colder weather. The decision, confirmed by Bloomberg, marks a notable shift in energy management as the heating season approaches and the grid braces for higher demand. Block F of the facility resumed operations on October 15 after nearly five years of dormancy, with officials explaining that bringing the unit back online helps stabilize the electricity network and reduce the risk of outages for homes and businesses alike.
The move is framed as a hedge against tighter energy supplies. By increasing coal usage, authorities hope to conserve natural gas for essential services and cushion the system against potential shortfalls during the winter months. In recent months, gas markets have faced volatility, and utilities have been weighing the trade-offs between fuel types to keep electricity prices and reliability steadier for consumers.
Industry forecasts have underscored a challenging energy landscape for Europe, with the International Energy Agency predicting persistently higher gas prices into the next year. The agency’s outlook has suggested gas prices could average around 450 dollars per thousand cubic meters, a level that keeps gas relatively expensive in the near term for households and businesses across the United States and Canada as well as Europe.
The outlook also hinges on supply developments beyond traditional pipelines. New liquefied natural gas terminals were slated to come online in 2025 and 2026, a development the market participants hoped would ease price pressure by providing alternative import routes. Analysts anticipated that LNG capacity additions could bring prices down toward the lower 400s per thousand cubic meters in the longer run, though the current environment remained well above pre-2021 averages. In mid-October, European spot prices surged past 600 dollars per thousand cubic meters, driven by concerns about LNG supply disruptions in the Asia-Pacific region and reduced wind generation across Europe.
Observers continue to question how long oil will retain its role as the world’s dominant energy source and how the global energy mix will re-balance as markets adjust to shifting supplies and evolving policy landscapes. The discussion extends beyond Europe, drawing attention from North American energy planners who watch international fuel dynamics to gauge how Canada and the United States might adapt infrastructure, pricing, and demand forecasts in the years ahead. The overarching concern remains how to balance reliability with affordability while pursuing climate and energy security goals in a volatile global market.