Europe's Carbon Price Is Becoming a Barrier to Its Own Green Transition

Why Brussels' Carbon Debate Is Really About Survival

In mid-October, European leaders gathered in Brussels to discuss expensive energy. The argument over new carbon charges on transport and heating took three hours and pushed back their lunch. Along the way, the bloc's flagship emissions trading scheme — the market that puts a price on every tonne of CO2 — was once again called into question. For citizens and industry, the article argues, what is at stake is survival; for the leaders, so far, it is reheated veal.

The logic behind Europe's climate policy looks impeccable on paper: make emissions expensive enough and the economy will cut them, while European companies win an advantage in low-carbon technologies. But the transition itself has to be manufactured — and manufacturing it requires enormous amounts of cheap, reliable energy. At permit prices of €80–90 per tonne of CO2, the carbon cost alone adds roughly €35–40 per megawatt-hour to a gas plant and €110–120/MWh to Bulgaria's lignite-fired power stations. European industry says it needs a final electricity price of around €50/MWh. The carbon surcharge alone is more than double that target.

The comparison with Turkey is stark. Average exchange power prices there in 2026, as of mid-October, were around €37/MWh, against €122 in Bulgaria and €111 in Germany. That is not the full bill industry pays, but the gap in base energy is enormous. Turkey runs coal and gas, builds renewables and a nuclear plant, and its new carbon scheme starts with a cheap pilot phase rather than European-level prices. It still has over 37 GW of solar and wind, targets 120 GW by 2035, and produces more steel than Germany.

China is the more uncomfortable example. Carbon there costs a tenth as much, yet the country is building the world's largest fleet of renewables, batteries, grids and electric vehicles — adding about 317 GW of solar and 120 GW of wind in 2025 alone. It also added 78 GW of new coal. China builds everything in quantity because it first secures the energy its industry needs: electricity's share of final consumption rose from about 17% in 2010 to 30%, while in the EU it has stayed around 22–23% for more than 15 years.

How Turkey and China Rewrote the Green Transition Playbook

Why the Carbon Price Cuts Both Ways

The article's central argument is that a high carbon price is not a necessary condition for building low-carbon technology quickly — and can actively obstruct it. Solar panels need polysilicon, glass, aluminium and copper; wind turbines need steel, cement, rare earths and zinc; batteries and grids need a wide range of metals, chemicals, cables and transformers. All of that comes from energy-intensive industry. Make that industry uncompetitive and you do not remove the need for its products — you import them instead. Europe gets cleaner-looking production statistics while losing plants, jobs and the capacity to build its own transition.

Where This Leaves Bulgarian Cement, Fertiliser and Steel

For Bulgarian cement, fertiliser and metallurgy plants, Turkish competition is described as a very real threat. The mechanism is straightforward: with base power at roughly €37/MWh in Turkey versus €122/MWh in Bulgaria, a Turkish producer can absorb the same input costs and still undercut a Bulgarian one — before any carbon-related compensation is counted. The article notes that firms are already asking for compensation and delaying investment, while electrification stalls. That is the practical transmission channel from a Brussels permit price to a plant-level decision about whether to invest or relocate.

The Turkey and China Playbook

Turkey and China have different resources, markets and state support, but the article says they demonstrate one clear point: they are building the new energy system on top of a working industrial base. Turkey pairs coal and gas with renewables and nuclear, and starts its carbon scheme with a cheap pilot phase. China builds coal and renewables simultaneously, and has pushed electricity's share of final consumption from about 17% in 2010 to 30%. For context, the EU has held at roughly 22–23% for over 15 years — a sign that electrification there is not accelerating at the same pace.

Europe's Sequencing Problem

The article frames Europe's approach as a sequence: first make the industrial foundation more expensive, then subsidise low-carbon technologies, then pay compensation to the companies that have not yet left. Each step is defensible in isolation, but the order matters. A carbon price can steer investment when affordable alternatives exist; when they do not, it functions as a penalty on production that is still needed. Emissions do not disappear in that scenario — they move abroad with the production, while the dependency stays in Europe. The near-term consequence is continued pressure on Bulgarian and German industrial power costs; the medium-term risk is further relocation decisions by cement, fertiliser and metals producers; the longer-term question is whether Europe retains the industrial base required to manufacture its own transition.

What Bulgarian Industry and EU Policymakers Should Do Next

A carbon price only accelerates the transition when cheap alternatives already exist; where they do not, it taxes production Europe still needs and moves the emissions, not the dependency.

For energy-intensive manufacturers in Bulgaria and comparable EU member states, the immediate issue is the gap between the ~€50/MWh power price industry says it needs and the €122/MWh base price cited for Bulgaria — a gap that carbon costs widen rather than close.

• 0–6 months: Quantify your own carbon cost per MWh at €80–90 per tonne of CO2 and compare it directly with the ~€37/MWh Turkish base price. That comparison, not the headline permit price, is what a relocation or sourcing decision will rest on.
• 0–6 months: Track the outcome of the Brussels debate over new carbon charges on transport and heating — the article shows the core ETS is being questioned alongside it, which affects both your cost base and any compensation mechanism.
• 6–24 months: Treat electrification investments as contingent on a credible path to the ~€50/MWh target. Where that path is absent, the article's logic suggests capital will keep being deferred rather than committed.
• 2–5 years: Watch whether the EU adjusts its sequencing — building affordable supply before raising carbon costs — or continues to subsidise low-carbon technology while compensating remaining industry. The choice determines whether cement, fertiliser and metals capacity stays in Europe.

Metrics worth watching: the EU ETS permit price against the €80–90/t reference; Bulgarian and German exchange power prices against Turkey's ~€37/MWh; Turkey's progress toward 120 GW of solar and wind by 2035; and China's annual renewable and coal capacity additions as a signal of how fast an industrial base can be electrified.