The argument

Why energy matters

Electricity is not one sector among many. It is the input to all the others.

How much you have

How much electricity a country has decides what it can build

Most people picture electricity as keeping the lights on. Lighting is a tiny part of it. What the meter really measures is steel, fertiliser, clean water, hospitals and phone networks. So how much a country uses per person says more about what it can do than almost any other single number.

So it matters that countries do not have remotely similar amounts of it. Here is the range, from one of the highest in the world to one of the lowest.

Iceland
48,424 kWh
Norway
24,490 kWh
Canada
16,090 kWh
United States
13,061 kWh
China
7,460 kWh
Germany
6,188 kWh
South Africa
3,658 kWh
India
1,423 kWh
Pakistan
766 kWh
Nigeria
165 kWh
Electricity demand per person, a year · each country’s own latest full year
Read the range, not the order. Iceland uses 293 times what Nigeria does. That is not the same life lived more simply. It is a ceiling on what Nigeria can build, and every other number on this site is a detail of it. Coverage is uneven, so each bar is that country’s own latest full year rather than a common one; the most recent available runs from 2022 to 2025 depending on the country.

What the difference actually buys:

  • Making things. Melting metal takes more electricity than almost anything else people do: about 5,000 kWh for a tonne of steel, three times that for aluminium. Countries without cheap power do not make these things. They buy them from countries that do.
  • Food. The fertiliser that grows it, the pumps that water it, and the fridges and refrigerated lorries that get it to a shop before it spoils. Where the power is short, less food is grown and more of it is lost on the way.
  • Hospitals. An operating theatre, an incubator or a ventilator cannot stop when the power does, and neither can the fridge holding the vaccines.
  • Clean water. It has to be pumped, cleaned, and in dry countries made out of seawater. All of that runs on electricity. Where the power is unreliable, so is the tap.
  • Everything on a phone. Mobile networks, banking, and every app and site people use all day. All of it is electricity, running in buildings most of us never see.
The price

When electricity gets expensive, everything does

Russia began reducing gas deliveries to Europe in 2021 and cut them outright after invading Ukraine in 2022. European wholesale gas went from about €20/MWh in early 2021 to more than €300 at the peak in August 2022.

Gas sets the electricity price in most European markets, so the rise did not stay in the gas market. Fertiliser is made from gas, so food got more expensive. Aluminium and chemicals are made with electricity, so those plants shut. Household bills in Germany went from roughly €100 a month to several times that, and energy poverty stopped being a technical term.

German demand, 2021
560TWh
the year before the cut
Two years later
516TWh
7.9% below 2021
And in 2025
520TWh
still short of where it started
Demand that leaves does not always come back. Some of that fall is efficiency and mild winters, and some of it is production that moved abroad. The series cannot tell you the split. What it can tell you is that Germany still uses less electricity than it did before the shock, which is not what a recovery looks like.
The leverage

Whoever supplies your energy gets a say in your politics

This is not a theory about bad actors. It is what happens whenever one side of a trade can survive its interruption and the other cannot.

How it has gone
  • 1973OPEC embargoes the West. Oil roughly quadruples, from about $3 a barrel to $12. Rationing in Europe, queues in the United States.
  • 2006Russia cuts gas to Ukraine in January. Deliveries onward into Europe fall with it.
  • 2009It happens again and lasts nearly two weeks. South-east Europe is worst hit.
  • 2014Crimea is annexed. Germany’s share of gas from Russia keeps rising afterwards, not falling.
  • 2022Pipeline gas to Europe is cut outright. Germany had been taking about 55% of its gas from Russia the year before.
What it costs you

A country that makes its own power decides its own foreign policy. A country that imports it negotiates with someone who can turn the supply off.

  • Your supplier raises the price and there is no second bidder.
  • Your position on their behaviour becomes a domestic heating question.
  • A crisis somewhere else arrives as your electricity bill, on a timetable you do not set.

Interdependence describes two parties who can each hurt the other. Where only one of them can, it is dependence with better manners.

Two long bets

France and Germany chose differently, and both still live with it

After the 1973 embargo France built more than 50 reactors in 25 years. After Fukushima in 2011 Germany decided to close the reactors it had. Neither choice could be undone by a later government, because power stations outlast the parliaments that order them. Which is why it is worth looking at the two grids as they actually ran, rather than at what either country said it was doing.

France · mix since 2000
20002025
Wind 8.2%Solar 5.6%Other 1.9%Hydro 10.4%Nuclear 68.8%Gas 3.0%Oil 1.8%Coal 0.3%
Germany · mix since 2000
20002025
Wind 27.2%Solar 17.9%Other 10.1%Hydro 3.9%Gas 16.5%Oil 3.8%Coal 20.6%
France, clean share 2025
94.8%
24 Mt CO₂e
Germany, clean share 2025
59.1%
165 Mt CO₂e
So Germany emits
7.0×
more, for 9% more electricity
Neither one gets to be the simple answer. Germany has cut its own electricity emissions by 49% since 2000 and is still cutting. That is the half of the story a gap of 7.0× hides. France imports 100% of the uranium its bet runs on, which is why its independence score is nothing like as high as its clean share. A 50-year decision buys one set of problems in exchange for another.
How to read a claim

Four questions, and four answers that should worry you

Everything above is background. This is the part worth keeping: what to ask when someone tells you what your grid should do next.

Ask
  • What is the total cost, including the grid, and who pays it?
  • What runs when this one does not, at 6pm in January?
  • What are we importing to make it work, and from whom?
  • What is the plan if it takes twice as long as promised?
Worry when you hear
  • A target with no cost attached to it.
  • More renewables, and nothing about what backs them up.
  • A power station closing before its replacement is running.
  • Independence claimed alongside a new import.

Those questions work because there is no source without a cost. Anyone who tells you their option has no trade-off is selling something.

SourceWhat it gives youWhat it costs you
CoalCheap, available almost everywhere, runs whenever you need itThe highest emissions on the grid, and the local air
GasFlexible, quick to build, cleaner than coalStill fossil, and usually somebody else’s gas
NuclearRuns day and night for decades, very little carbon, very little landSlow and expensive to build, waste, imported fuel
Wind and solarThe cheapest new generation there has ever beenOnly when the weather agrees, so storage, grid and backup
HydroClean, runs on demand, and the only way we can store power in bulk todayYou need the geography, and rivers have other claims on them
Start here

The argument is general. Your grid is not.

Each of the 201 countries on this site has its own page, its own mix and its own dependencies, and most of them are not what people assume. Pick one you think you already know.

↑ Back to topUpdated September 2026