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European Energy Markets
10JUL

Clean spark spread reaches EUR 74

2 min read
10:05UTC

Germany's clean spark spread reached roughly EUR 74/MWh on 30 June, reversing a three-week run of losses, as EUA carbon held the EUR 80 handle at EUR 80.17.

EconomicAssessed
Key takeaway

A high day-ahead lifted Germany's spark spread to EUR 74; carbon near EUR 80 caps the margin.

Germany's clean spark spread widened to roughly EUR 74/MWh on 30 June, its best reading since the early-June heat series 1. Take the day-ahead high, subtract about EUR 88 of gas input and EUR 32 of carbon at a 50%-efficiency CCGT, and the gross generating margin lands there. Three weeks earlier the same spread sat near EUR -8 to -9, with CCGTs losing money on every dispatched megawatt .

The carbon leg moved too. EUA (EU Allowance) permits slipped to EUR 79.25 on 29 June, briefly losing the EUR 80 handle, then recovered to EUR 80.17 on 30 June 2 . EUA had first broken above EUR 80 on 25 June, and holding that level keeps the carbon cost near EUR 32/MWh.

That EUR 32 carbon charge is what holds the German margin in check. Strip the permits out and the same day-ahead high would clear a spark spread well above EUR 100. The reversal from three weeks of losses tracks the day-ahead rather than any fall in gas: at an unchanged EUR 88 fuel leg, the power price alone turned the spread positive.

Deep Analysis

In plain English

The clean spark spread is the profit a gas power plant earns per megawatt-hour it generates, after paying for the gas fuel and for EU carbon pollution permits. When the price of electricity is high and the price of gas and carbon is low, the spread is wide and generators make good money. When the price of electricity is low or gas and carbon are expensive, the spread can go negative, meaning operators lose money on each unit of electricity they produce. On 30 June, three things aligned to produce the widest spread since early June: electricity prices reached EUR 195 per megawatt-hour because wind was almost absent and demand was high; gas prices stayed at EUR 40-44 because Gulf tensions had eased; and EU carbon permits recovered to EUR 80 per tonne. A generator burning gas to make one megawatt-hour of electricity paid about EUR 88 for fuel and EUR 32 for carbon permits, leaving a gross margin of about EUR 74. Three weeks earlier, the same calculation gave a loss of EUR 8-9 per megawatt-hour. The difference is almost entirely the electricity price: it was EUR 70 higher on 30 June than on 8 June.

Deep Analysis
Root Causes

The EUR 74 spread on 30 June required three conditions to converge simultaneously. First, EUR 195/MWh day-ahead clearing: produced by the lowest wind week of 2026 coinciding with a summer heat surge, as documented in event 5.

Second, EUR 40-44 TTF: the Hormuz de-escalation of 17 June drained the geopolitical risk premium and the pipeline ban binding with no snap-back left no recovery bid. Third, EUA at EUR 80.17/tCO2: the carbon leg recovered after the EUR 79.25 dip on 29 June , maintaining the EUR 32/MWh carbon input that keeps the spread below what a carbon-free calculation would yield.

Remove any one condition and the spread collapses: at spring TTF of EUR 47-52 with the same EUR 195 day-ahead and EUR 80 EUA, the marginal cost rises to EUR 134-144/MWh and the spread falls to EUR 51-61/MWh, below most fixed-O&M recovery thresholds.

At EUR 195 power with EUR 44 gas but EUA at EUR 70, the carbon leg falls to EUR 28/MWh, reducing marginal cost by EUR 4/MWh and boosting the spread to EUR 78, a minor change that confirms gas price, not carbon, is the dominant spread driver in the current EUR 40-44 TTF regime.

First Reported In

Update #22 · Germany refills as the autumn cliff nears

euenergy.live· 30 Jun 2026
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Different Perspectives
EU carbon and storage regulators
EU carbon and storage regulators
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Equinor
Equinor
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Germany
Germany
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EDF
EDF
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Storage and injection-pace desk
Storage and injection-pace desk
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EDF / France
EDF / France
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