Europe Taxes Electricity 2× Higher Than Gas. It Just Spent €50 Billion Learning Why That's a Problem.

Twenty-three percent. That is the share of Europe's final energy consumption delivered as electricity, and it has barely moved in a decade. Norway sits at 49%, China reached 29%, and Japan hit 31%, yet here is the European Union, inventor of the carbon border tax, architect of the Green Deal, the continent that generates 47.3% of its electricity from renewables, stuck at a number that would embarrass a mid-income economy.

Part of the answer is structural, but part of it is that the EU has been taxing electricity at roughly twice the rate it taxes natural gas, then acting surprised when households and factories keep burning the cheap stuff.

Now war has made that bet ruinously expensive. Since the US-Israeli attack on Iran in late February, the conflict has added €50 billion to the EU's oil and gas import bill, according to EU data published July 9. That works out to roughly €333 million per day, every day, for five months. Gone.

I wanted to know what that money could have bought if it had been spent switching off gas instead of buying more of it.

The Heat Pump That €50 Billion Could Buy

A residential heat pump installation in the EU costs approximately €10,000, including equipment, labor, and ancillary upgrades, so dividing €50 billion by €10,000 yields a striking number.

Nobody is proposing that governments could have redirected import bills into heat pump subsidies in real time, because money does not work that way. But the comparison is instructive because it puts a human-scale anchor on an abstract number: €50 billion is 5 million households that could be permanently disconnected from the next fossil fuel shock, and it vanished in 150 days.

A Continent That Generates Clean Power and Refuses to Use It

Here is what makes Europe's 23% so strange. In 2025, 47.3% of EU electricity came from renewable sources, a record, and solar became the single largest source of EU electricity in June 2025, surpassing nuclear for the first time at 22% of the monthly mix, while Denmark generated 92.7% of its electricity from renewables and Portugal hit 86.6%.

Electricity is getting cleaner every quarter, but the share of final energy that electricity represents has barely budged, which means Europe is building a renewable generation fleet at enormous speed and then not plugging anything into it.

Source: Ember analysis of IEA data, May 2026. Electrification = electricity as share of total final energy consumption.

China's trajectory tells the sharpest story: in 1985, electricity was 7% of China's energy consumption, well behind America's 13%. By 2024, China had flipped to 29% while the US sat at 22%, the product of forty years of steady, unwavering commitment versus forty years of inertia, and Europe followed America's trajectory, not China's.

Why the Tax Inversion Matters

According to Strategic Perspectives, a Brussels-based think tank, EU electricity taxes and levies average approximately twice those imposed on natural gas. Imagine you are a German factory owner deciding whether to replace a gas furnace with an electric arc furnace. Electricity costs more per unit of energy delivered, the capital expenditure is higher, and the tax code actively penalizes the switch. Rational actors follow incentives. Europeans followed theirs, straight into gas dependence.

Brussels knows this. On July 17, the European Commission will publish its Electrification Action Plan, including the EU's first-ever economy-wide electrification target for 2040. Draft language calls for Europe to become "the first electro-continent." Provisional EC estimates suggest reaching the target could replace two-thirds of gas consumption and halve oil consumption, saving roughly €200 billion in annual energy import costs.

Getting there requires moving from 23% to roughly 50%, according to the 2025 State of the Energy Union report. More than doubling. In about fourteen years.

44 Actions, One Veto

Carbon Brief identified 44 distinct actions in the broader AccelerateEU package, roughly half focused on scaling clean energy or electrification. Heat pump mandates for public buildings. Stronger EV procurement targets. VAT cuts on batteries, EVs, and heat pumps. An auction of EU funding for industrial projects that generate heat from electricity. A plan to phase out fossil fuel subsidies entirely.

Every single one faces the same obstacle: changing EU tax rules requires unanimous approval from all 27 member states. A 2021 Commission proposal to amend electricity taxes along similar lines is still stalled. Poland, which generates 70% of its electricity from coal, is unlikely to cheer a policy that makes gas more expensive before its grid can absorb the load. Hungary has vetoed EU energy proposals before. One country can block the entire package.

This is the governance trap at the heart of EU energy policy. A continent that needs to move fast is governed by a system designed to move slowly, and the cost of slowness is now quantifiable: €333 million per day, payable to oil and gas exporters, for as long as the war persists.

Limitations

My heat pump calculation uses a blended average installation cost of €10,000, but real costs vary dramatically across member states, from roughly €6,000 in Poland to €18,000 in Denmark, driven by labor costs, building standards, and whether the existing radiator system needs upgrading for lower-temperature operation. A more precise analysis would weight by country and dwelling type; the 5-million figure is an order-of-magnitude illustration, not an engineering estimate. I also assume residential-scale installations; commercial and industrial heat pumps, which could electrify district heating networks, have different economics entirely.

Electrification rates as reported by Ember and the IEA measure electricity's share of final energy consumption, excluding non-energy uses of fossil fuels (chemical feedstocks, for example). Cross-country comparisons can be misleading because industrial structure matters: Norway's 49% reflects abundant hydropower and an aluminum smelting industry that consumes enormous amounts of electricity, not just better household heating policy.

The Strongest Case Against

Critics of rapid electrification make a credible point: Europe's electricity grid cannot absorb the load. The European Parliamentary Research Service estimates that 64 GW of grid capacity must be added by 2030, and insufficient grid infrastructure already costs €4.2 billion per year in congestion charges. If every gas boiler in Germany switched to a heat pump tomorrow, winter peak demand would spike beyond what the grid could deliver, triggering blackouts. Electrification without grid reinforcement is a recipe for a different kind of energy crisis.

This critique is right on the engineering. It is wrong on the sequencing. Nobody is proposing overnight conversion. The EU's own 32% target for 2030 implies roughly 2.5 percentage points per year of additional electrification, up from near-zero annual progress today. Grid investment is a prerequisite, not a counterargument; the Commission estimates that cross-border grid projects alone could reduce generation costs by €9 billion annually by 2040. Failing to electrify because the grid is not ready is like refusing to build roads because there are not enough cars. You build both. The question is whether the EU's governance structure allows it to build either one fast enough.

The Bottom Line

Europe spent €337 billion importing fossil fuels in 2025. War added €50 billion more in five months. A previous fossil fuel crisis, triggered by Russia's invasion of Ukraine, cost the EU an estimated €1 trillion in extra import costs over 2022-2024. Two geopolitical shocks in four years, and the continent's electrification rate has not moved.

What to do: if you run a European business evaluating capital expenditure on heating or industrial process heat, the July 17 Electrification Action Plan will signal where tax incentives and procurement mandates are heading. Start modeling the switch now, because the subsidy environment is about to change in your favor. If you are an investor, watch the 27-member-state vote on electricity tax reform; unanimous passage would be the strongest regulatory signal for heat pump manufacturers, EV charging networks, and grid infrastructure companies since REPowerEU. If you are a European homeowner with a gas boiler, understand that the price floor under gas just moved permanently higher and the policy environment around heat pumps is shifting from "nice to have" to "mandated in public buildings, VAT-reduced for everyone else."

Brussels wants to build the first electro-continent. It currently has an electro-continent's generation fleet wired to a fossil-continent's consumption habits, taxed at a fossil-continent's rates, governed by a system that requires 27 countries to agree on breakfast before anyone can eat. The math says electrification saves €200 billion a year. The politics says it requires unanimity. Those two facts will collide on July 17.