Energy Crisis Deepens: Natural Gas 10x U.S. Prices Threaten Industry Collapse as Sinn Calls Energiewende “All Humbug”

European (especially German and EU) wholesale natural gas prices have recently been trading at roughly 10- 12 times U.S. levels, creating severe competitive pressure on energy- intensive basic industries.

As of late October 2026, the Dutch TTF benchmark (Europe’s main wholesale gas price reference) has climbed above €97– €100 and more /MWh (and higher intraday), its highest levels since late 2022.

This follows a sharp rise from earlier 2026 levels around €30- €35/MWh, driven by winter demand concerns, storage dynamics, Middle East tensions affecting energy markets, and Europe’s structural reliance on higher- cost LNG after the loss of most Russian pipeline supply.⁠

In contrast, the U.S. Henry Hub benchmark has been around $2.80–$3.00/MMBtu (roughly equivalent to €7–8/MWh after unit conversion). Converted to comparable energy units, this produces a European premium of about 10–12× (sometimes cited near 11- 13× on peak days).

Why the gap exists and persists

Natural gas markets are regional rather than fully global. U.S. shale production keeps domestic prices low and abundant. Shipping gas to Europe requires liquefaction, tanker transport, and regasification, adding substantial cost, so Europe’s marginal supply is often LNG priced well above Henry Hub.

Pre- 2022, Europe benefited from cheaper Russian pipeline gas; the shift to LNG (and earlier policy choices on domestic production/nuclear) has left a structural premium. Even in quieter periods the ratio has often stayed in the 3–5 times range; recent spikes have pushed it much higher.⁠

German official data (Destatis) reflect rising industrial energy costs: producer prices for energy rose sharply year- on- year in recent months (e.g., energy component +14.9% in one September report), with natural gas distribution prices elevated. This feeds into higher costs for manufacturing.

Impact on basic industry

Energy- intensive sectors, chemicals, fertilizers (ammonia), steel, glass, ceramics, paper, use natural gas both as fuel and feedstock. A 10 times price differential makes European production structurally uncompetitive against U.S. (or other low- cost) rivals.

Consequences already observed or warned about include:

• Reduced capacity utilization (e.g., German chemical plants operating well below historical norms).
• Temporary shutdowns, permanent closures, or relocation of production/investment.
• Erosion of export margins and acceleration of deindustrialization risks in Germany and wider Europe.
• Higher electricity prices (gas often sets the marginal price), compounding the problem.⁠

Industry voices and analyses (including earlier Draghi competitiveness reports noting 4- 5 times gaps) have long flagged this as a core competitiveness handicap. Current spikes intensify warnings that basic industry faces decline without relief on energy costs, storage security, or alternative supplies.

In short, the headline accurately captures a real and acute market reality as of late October 2026: Europe’s gas costs remain dramatically higher than the U.S., threatening the viability of energy- intensive manufacturing.

Hans- Werner Sinn, the former long- time president of the ifo Institute, delivered a sharp critique of Germany’s Energiewende (energy transition) in a lecture on 9 October 2026 at the University of Lucerne (hosted by the Institut für Schweizer Wirtschaftspolitik- IWP).

Key points from Sinn’s assessment

• Broken promises: Politicians had claimed the transition would deliver cheap energy, open new export markets for German technology, and establish Germany as a global climate leader. Sinn argues none of these materialized. Instead, electricity costs remain high, industry is under severe pressure, and Germany has not become a model others follow.
• Technical and economic flaws: Wind and solar are weather- dependent. This requires near-full back up from conventional (often fossil) plants, storage, and expanded grids, creating a costly dual system with high fixed costs. He estimated renewables (especially wind and solar) still account for only a modest share of total final energy consumption (around 9 percentage points from wind and solar in some of his figures, with overall renewables higher but far short of full replacement). Achieving climate neutrality by 2045 would require roughly a tenfold expansion of wind and solar within about two decades, something he views as unrealistic given storage, grid, permitting, and acceptance constraints.⁠
• Climate targets: Germany’s statutory goals (65% emissions cut by 2030 vs. 1990, 88% by 2040, net- zero by 2045) are, in his view, out of reach under current technology and economics. Past emissions reductions partly reflect industrial decline rather than pure efficiency or clean- energy success.
• Carbon leakage and unilateral action: Unilateral European cuts in fossil demand simply shift production (and emissions) elsewhere while potentially lowering global fossil prices, encouraging more consumption abroad. He applies similar logic to the combustion- engine phase- out and oil- heating bans: reduced German demand does not eliminate the fuel; it is burned elsewhere, sometimes with higher overall emissions.
• Broader context: Sinn frames the Energiewende as part of a deeper structural crisis, the most severe since World War II, driven by high energy costs (linked to the nuclear phase, out and loss of cheap Russian gas), bureaucracy, ESG rules, and social policy. He has called for “unwinding 15 years of Merkel policies”, a return to nuclear power, accelerated depreciation to spur investment, longer working lives, workfare over welfare, and a more realistic international climate approach rather than European go-it-alone targets.

Sinn does not deny human- caused climate change. His long- standing critique focuses on the design and feasibility of Germany’s specific policy path: intermittency costs, missing storage at scale, carbon leakage, and the damage to industrial competitiveness. The IWP lecture and subsequent coverage (including podcasts and articles) present this as a comprehensive settling of accounts with the transition’s results versus its original sales pitch.