The Price of Power — Why Britain Pays the Most for Energy

Open your electricity bill. Look at the number. Now ask yourself: why is it so high?

It is not because Britain lacks energy resources. We have oil and gas beneath the North Sea. We have some of the strongest, most consistent winds anywhere in Europe. We built the world’s first commercial nuclear power station at Calder Hall in 1956. And yet, somehow, British households and businesses are paying more per kilowatt-hour than consumers in the United States, China, India, France, and most of the rest of the developed world.

Something has gone badly wrong. And the explanation has almost nothing to do with physics or geography. It is about money, politics, and a market structure that virtually guarantees high prices regardless of how cheaply we can actually generate power.

This is the first of four articles investigating what is really driving Britain’s energy costs — and, more importantly, who profits from keeping them high.

What Does Energy Actually Cost to Produce?

Politicians and lobbyists love to throw around a figure called the Levelized Cost of Energy — LCOE for short. It sounds technical. It sounds definitive. And it is routinely used to make whichever energy source the speaker prefers look like the obvious winner.

Here is what the raw generation cost numbers actually look like, according to Lazard’s latest analysis and the IEA:

Glance at that table and you might think the answer is obvious: build more wind and solar, they are the cheapest. But those numbers are — to put it politely — incomplete. They measure only the cost of generating electricity at the source. They say nothing about what it takes to actually deliver that electricity reliably to your home.

The Costs That Never Appear on the Brochure

Wind and solar have a fundamental problem that LCOE figures conveniently ignore. They only work when the wind blows or the sun shines. When they don’t — and in Britain, that happens a lot — something else has to fill the gap. Gas plants sit idle, burning money just to be ready. Batteries that don’t yet exist at the scale needed would cost billions. And when it’s too windy? We actually pay wind farms to stop generating.

That last point deserves repeating. In 2024, the UK paid over one billion pounds in total constraint costs — payments made to generators either to stop producing electricity or to fire up reserve capacity because the grid could not balance supply and demand. Over one billion pounds. To not generate power.

Nuclear numbers are misleading too, but in the opposite direction. You’ll hear people quote $25 to $35 per MWh for nuclear — but that’s the running cost of plants that already exist and have been paid for. Try building a new one. Hinkley Point C has a strike price of 92.50 pounds per MWh in 2012 money, which inflation has now pushed above 120 pounds. Lazard puts the realistic all-in cost for new nuclear — construction, financing, running, decommissioning, waste — at $141 to $221 per MWh. And Britain’s nuclear legacy costs? Already north of 300 billion pounds, picked up by the taxpayer, invisible in any LCOE calculation.

So What Do People Actually Pay?

Enough theory. Here is what households and businesses are actually charged across the world’s major economies right now:

Look at those numbers carefully. A British household pays nearly twice what an American family pays. More than three times the Chinese rate. Almost ten times what consumers in Russia or Saudi Arabia are charged. Only Germany comes close to matching our prices — and even there, industrial users now pay less than ours thanks to targeted exemptions we haven’t bothered to match.

France is the one that should really sting. Same continent. Similar standard of living. But their nuclear-heavy grid delivers electricity at roughly 11 per cent less than we pay. Whatever you think about nuclear power’s construction headaches, the French model proves one thing beyond argument: a baseload nuclear grid gives consumers cheaper power than our gas-dependent, wind-supplemented muddle.

Four Reasons Britain Pays Through the Nose

We are hooked on gas prices. Even with all those wind turbines spinning, natural gas still sets the electricity price for most of the day. And Britain has run down its gas storage to a negligible 6 per cent of annual demand. Germany stores 27 per cent. France, 30 per cent. We are one cold winter or one pipeline disruption away from a price spike, every single year.

A significant slice of your bill is policy costs. Green levies. The Warm Home Discount. Supplier obligations. Network charges for connecting remote wind farms. Add it all up and roughly 13 per cent of a household electricity bill goes on things that aren’t actually electricity. These costs hit poorer households hardest — a classic regressive tax dressed up as environmental responsibility.

The market itself is rigged against consumers. Here’s something most people don’t know: the UK electricity market prices all generation at the cost of the most expensive plant running at any given moment. Usually gas. So even when wind is generating at essentially zero marginal cost, you still pay the gas price. A proposed reform called REMA is supposed to fix this. It remains years away.

The infrastructure bill is enormous. Connecting offshore wind farms means laying billions of pounds worth of subsea cables. National Grid estimates the grid transformation will cost 58 billion pounds over the next decade. Guess who pays? You do.

What This Is Doing to British Industry

Expensive energy isn’t just an annoyance when the bill lands on your doormat. It is killing British manufacturing. Slowly, quietly, and — unless something changes — permanently.

Take Port Talbot, Britain’s biggest steelworks. Their electricity costs are roughly three times what a competing Chinese mill pays. The outcome writes itself: production goes abroad, the jobs go with it, and we end up importing the same steel — plus the carbon emissions from making it — from countries that couldn’t care less about our environmental standards.

Kent feels this directly. The county still has food processing, agriculture relying on heated greenhouses and cold storage, small manufacturers clinging on. Every penny added to the kilowatt-hour price chips away at their margins. Every price rise makes it a little harder for a Kent business to compete against someone in Shanghai or Houston who pays a fraction of what we do.

The Question That Nobody Wants to Ask

The energy debate in Britain has become stuck. One side says: more renewables, faster. The other side says: bring back fossil fuels. Both miss what matters most.

Not “which is cleaner?” or even “which is cheaper?” The real question is: who benefits?

Build a gas power station and you buy turbines from competing international manufacturers. You buy fuel from global commodity markets where dozens of countries compete to supply you. No single nation has you over a barrel.

Build a wind farm and the picture looks very different. The turbines? Overwhelmingly manufactured in China. The rare earth minerals in the magnets? Chinese-controlled. The processed steel? Chinese-dominated. The supply chain from raw material to finished turbine? One country holds nearly every link.

That isn’t a shift from dirty energy to clean energy. It is a shift in who holds the power — not electrical power, but strategic power over nations that depend on imported technology for their most basic infrastructure.

In Part 2, we put hard numbers on exactly what that shift means. Two scenarios, eight countries, fifty years. The results are not what the green energy lobby would like you to see.

Part 1 of 4 | The Green Energy Question: Who Really Benefits? | Kent Local News Investigations

Next: Part 2 — “Green or Fossil — Who Wins the Energy Revolution?” puts hard numbers on what happens to global power under two extreme scenarios.