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European Energy Markets
13JUL

StromVKG passes, bid ceiling up 41%

2 min read
10:12UTC

The Bundestag passed StromVKG on 9 July with SPD votes, raising the capacity-auction bid ceiling 41% to EUR 244,000/MW and splitting new capacity one-third north, two-thirds south.

EconomicDeveloping
Key takeaway

Germany raised its capacity-auction ceiling 41%, choosing firm-supply certainty over auction price discipline.

The Bundestag passed the StromVKG capacity law in final plenary on Thursday 9 July, the CDU/CSU and SPD carrying it against AfD, The Greens and the Left 1. StromVKG, Germany's electricity capacity-payment statute, commissions 11 GW of new hydrogen-ready gas capacity, with the first 9 GW tendered in two 4.5 GW tranches on 8 September and 22 December 2026 and a network-charge surcharge of EUR 1-3bn a year from 2031.

Committee stage changed the auction economics. The bid ceiling rose from EUR 173,000/MW to EUR 244,000/MW, a 41% increase that lifts the clearing cost operators can bid into 2. A locational split now directs one-third of new capacity to northern Germany and two-thirds to the south, where industrial load concentrates and the retired nuclear fleet once anchored the grid, and barriers for battery-storage bidders were lowered. The arc ran from first reading through the 24 June Anhoerung to committee clearance, where the Greens' hydrogen-conversion motion failed .

The SPD threatened to block this law in April; it passed on 9 July with SPD votes. Raising the ceiling 41% signals that the government expected the September auction to clear thin at the old cap and chose cost certainty over price discipline. Germany is legislating dispatchable backup precisely as its merchant CCGTs whipsaw on the clean spark spread, and the capacity payment funds the firm megawatts that spread will not.

Deep Analysis

In plain English

StromVKG is a new German law, finally passed by the Bundestag on 9 July, designed to make sure Germany has enough back-up power plants for days when wind and solar are not producing much electricity. It works by paying gas-fired power plant operators in advance to have capacity ready, through a competitive auction, rather than only paying them when they actually generate power. The final version raises the maximum price the government will pay in that auction by 41%, and splits where the plants can be built: roughly a third in the north, two-thirds in the south, because the country's power grid cannot easily move electricity between the two regions. All new plants must be able to run on hydrogen by 2045.

Deep Analysis
Root Causes

The 41% bid-ceiling increase responds to a structural gap exposed on 30 June, when the lowest wind week of the year combined with a heat surge to push Germany's day-ahead price to EUR 195/MWh with every incremental megawatt coming from thermal plant . Without enough dispatchable capacity cleared in advance, a renewables-heavy grid repeats that exposure on any low-wind day.

The north-south locational split addresses a separate constraint: Germany's transmission grid cannot move enough power from northern wind and southern demand centres without local generation, which is why the law now pays roughly twice as much capacity to site in the south specifically.

What could happen next?
  • Consequence

    A higher bid ceiling raises the network-charge surcharge German consumers eventually pay for capacity, a cost financed from 2031 estimated at EUR 1-3bn a year.

  • Meaning

    The north-south locational split formally acknowledges that Germany's grid, not just its total generation capacity, constrains supply security.

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