Energy Newsletter

In October 2026, a dark doldrum leads to extreme electricity price spikes from €13 to over €300/MWh, while wind power plants supply less than 7 GW. The event reveals massive supply gaps and dependence on expensive gas power plants in Germany's energy transition. The crisis threatens the profitability of heat pumps and e-mobility, as well as industrial competitiveness.

The costs of Germany's energy transition reach approximately €30bn in electricity sector subsidies in 2026, with grid expansion costs (€6.5bn 2026, €5.5bn 2027ff.) being the largest driver. These massive subsidy requirements contradict original promises of cheap energy and burden households through grid charges, which rise 24% in 2027. Utilities such as EON and RWE must align their business models to state dependence.

German households paid an average of 37 ct/kWh in 2026 – 34% above the EU average and the highest prices worldwide in the G20. This cost burden threatens the profitability of electrification strategies (heat pumps, e-cars) and aggravates competitive disadvantages for German industry against the USA and China. The price gap to France (cheap nuclear power) is widening structurally.

EnBW announces €50bn investments by 2030, of which 60% for grid infrastructure, 30% for power generation, and 10% for customer business; plus €1bn for hydrogen core network. The investment logic shows: utilities will earn primarily through regulated grid infrastructure rather than power generation in the future. Hydrogen remains a niche add-on strategy without recognizable profitability.

Germany's four transmission system operators (50Hertz, Amprion, TenneT, TransnetBW) announce grid charges for 2027 of 3.54 ct/kWh, an increase of 24% compared to 2.86 ct/kWh in 2026. Additionally, grid surcharges rise 22.9% to 3.621 ct/kWh, burdening household electricity prices by a further 7%. This cost erosion is a direct consequence of the energy transition and threatens acceptance of the transformation.