15th August 2026
Britain's Energy Handicap: How Can We Compete With America When Our Electricity Costs Twice as Much?
Britain likes to describe itself as an energy superpower.
We have North Sea oil and gas, some of the world's best offshore wind resources, substantial nuclear expertise, hydroelectricity, tidal potential and an electricity grid increasingly supplied by renewable generation.
We are also planning billions of pounds of investment in new nuclear power, offshore wind, transmission networks, storage and other low-carbon technologies.
Yet there is a rather uncomfortable question sitting underneath all of this:
If Britain has so much potential energy, why does British industry pay some of the highest electricity prices in the developed world?
The answer matters enormously.
Energy is not simply another household expense. It is one of the foundations of economic competitiveness. If a British factory pays several times as much for electricity as an American competitor, it does not matter how good its workers are, how efficient its machinery is or how innovative its management may be.
It starts the race with a considerable handicap.
And the problem is no longer theoretical.
The International Energy Agency says electricity prices for energy-intensive industries in the European Union in 2025 were, on average, roughly twice those in the United States.
Britain's position is particularly uncomfortable because its industrial electricity prices have been higher than those of many European competitors as well as the United States.
The extraordinary British-American gap
The UK Government's own analysis provides perhaps the clearest illustration.
For 2024, before the latest support arrangements, estimated industrial electricity prices were:
Great Britain: £168/MWh
Texas: £38/MWh
Germany: £60/MWh
France: £69/MWh
Spain: £94/MWh
Netherlands: £102/MWh
Italy: £119/MWh
Czech Republic: £142/MWh
The British figure of £168/MWh was therefore about 4.4 times the Texas figure.
Even after the existing industrial support scheme, Britain's figure was estimated at £93/MWh, falling to around £86/MWh when the proposed 90% network-charge relief was included.
That is a substantial improvement — but still more than twice the Texas figure.
This is why the title of this article says "twice as much" rather than suggesting that every British business literally pays twice the American price.
The reality is actually more complicated — and in some comparisons considerably worse.
The IEA says EU energy-intensive industrial electricity prices were about twice US levels in 2025, while UK comparisons have previously put British industrial prices at around four times American levels.
Britain is not alone
It would be wrong to portray this simply as a British failure.
Europe has an energy-cost problem.
The IEA reports that European industrial electricity prices remain significantly above those in the United States, China and India. The European Commission has also acknowledged that the 2026 Middle East energy crisis is producing another major energy-price shock.
Reuters recently reported that European power prices surged during the latest heatwave as French nuclear output was restricted and German wind generation fell.
French day-ahead electricity prices rose above €140/MWh and German prices approached the same level.
Europe is therefore fighting on two fronts.
It wants to decarbonise.
But it also needs to keep its industrial base competitive against countries with much cheaper energy.
That is becoming one of the defining economic challenges of the next decade.
Why America has such an advantage
America's advantage is not simply that it has decided to subsidise electricity.
It has something much more fundamental:
abundant domestic energy.
The United States has enormous quantities of natural gas and oil, a huge domestic market and substantial electricity-generation capacity.
American manufacturers therefore operate in an energy environment fundamentally different from that facing many European businesses.
Natural gas is particularly important.
Gas-fired generation is a major influence on electricity prices because gas plants can set the marginal electricity price when demand is high or renewable generation is insufficient.
Britain's electricity system therefore remains affected by the international price of gas even though the country now generates a large proportion of its electricity from low-carbon sources.
That creates one of the great paradoxes of Britain's energy transition.
We can have a windy day when British wind turbines are generating huge amounts of electricity, but that does not automatically mean every British factory receives that electricity at a permanently cheap price.
"But Britain has North Sea oil and gas"
This is where the argument becomes politically complicated.
Britain does have domestic oil and gas resources.
But oil and gas are internationally traded commodities.
Producing North Sea oil does not mean British motorists can buy petrol at the cost of extracting North Sea crude.
Nor does producing British gas guarantee that British households and manufacturers will pay a special domestic gas price.
The commodity is sold into an interconnected market.
That is why the argument that "we should simply produce more North Sea oil and gas and energy will become cheap" is too simplistic.
More domestic production can improve security of supply and reduce dependence on imports.
But it does not automatically create cheap energy for British consumers.
Petrol tells another story
Petrol prices are different again because taxation is such an important part of the pump price.
And here Britain is not actually the European disaster story that electricity might suggest.
The latest UK Government international comparison shows that in May 2026 the UK's average unleaded petrol price was 157.6p per litre, including tax and duty.
Among the EU14 plus UK, that made Britain the fourth cheapest.
Spain was lowest at 134.3p per litre, while the Netherlands was highest at 207.2p.
Diesel was a different story.
The UK's average diesel price was 186.2p per litre, making Britain the third most expensive in the EU14 plus UK group. Spain was lowest at 146.2p and the Netherlands highest at 198.3p.
So Britain's energy problem is not simply:
"Everything costs more here."
It is much more specific.
Britain's greatest competitiveness problem is electricity — particularly electricity for industry.
That distinction is important.
What about gas?
Here the picture is surprisingly different.
The House of Commons Library reports that during the first half of 2025, UK household gas prices were actually 28% below the EU average, while UK electricity prices were 23% above the EU average.
That is an extraordinary statistic.
Britain's gas is comparatively cheap.
Its electricity is comparatively expensive.
So if the argument is that Britain's high electricity prices are simply caused by expensive gas, that cannot be the whole explanation.
Something else is happening.
So what is making British electricity so expensive?
There are several factors.
1. Wholesale electricity prices
Britain remains exposed to the cost of gas-fired electricity.
The Office for National Statistics found that average UK non-domestic electricity prices rose from 14.81p/kWh in the first quarter of 2021 to 28.39p/kWh at their peak in the fourth quarter of 2023.
Although prices subsequently fell, they were still 25.97p/kWh in the final quarter of 2024 — 75% above the level at the beginning of 2021.
2. Network charges
This is an increasingly important part of the argument.
Britain's energy-intensive industries have historically faced higher network costs than comparable businesses in countries such as Germany and France.
Other countries have provided substantial reductions in network charges to large industrial electricity users.
The UK Government has acknowledged that some European competitors offer network-cost exemptions of up to 90%.
Britain has therefore been attempting to catch up.
3. Policy costs
British electricity bills also contain various policy-related costs.
These have been used to support renewable energy and other energy policies.
That can be justified as part of the transition to a low-carbon economy.
But there is an economic problem if British manufacturers carry costs that competitors elsewhere do not carry to the same degree.
4. The structure of the electricity market
The way electricity is priced means that cheap renewable generation does not necessarily translate directly into cheap electricity for everyone.
This is one of the biggest issues Britain needs to address.
Building more wind turbines is not exactly the same thing as creating cheap industrial electricity.
You also need:
transmission capacity
distribution networks
storage
interconnection
flexible demand
backup generation
long-term contracts
efficient market arrangements
Without those things, cheap generation can coexist with expensive electricity bills.
Britain's Government knows there is a problem
This is perhaps the most encouraging part of the story.
The problem is no longer being ignored.
The Government announced plans to increase the discount on electricity network charges for energy-intensive industries from 60% to 90% from 2026.
Around 500 energy-intensive businesses are expected to benefit, with the Government estimating savings of up to £420 million a year.
The Government's newer figures suggest that the measures could reduce industrial electricity costs by another £8–£10/MWh for eligible companies.
That could help industries such as:
steel
chemicals
glass
ceramics
paper
cement
metals
These are not marginal businesses.
They are the foundation of much of the wider economy.
Steel goes into cars, buildings, machinery, defence equipment and infrastructure.
Chemicals go into thousands of products.
Glass goes into buildings, bottles, vehicles and technology.
Cement is essential for construction.
Paper and packaging are essential to retail and manufacturing.
If these industries disappear, Britain does not simply lose a few factories.
It becomes dependent on imports.
And that is the danger of "carbon leakage"
Imagine a British factory closes because electricity is too expensive.
The product does not disappear.
Britain still needs it.
So the product is manufactured somewhere else.
Perhaps the new factory is in a country where electricity is cheaper and environmental standards are weaker.
The emissions have not necessarily disappeared.
The production has simply moved.
Britain may therefore achieve lower domestic industrial emissions while becoming more dependent upon imported goods.
The Government itself has recognised this risk.
That is the fundamental weakness of a policy that concentrates exclusively on reducing emissions within Britain's borders.
What matters environmentally is global emissions, not merely where the factory chimney happens to be located.
The cost is already showing up in British manufacturing
This isn't merely an argument about future competitiveness.
The ONS found that the volume of output from Britain's energy-intensive manufacturing industries fell by approximately one-third between the beginning of 2021 and 2024.
The sectors include paper and paper products, petrochemicals, basic metals and castings and inorganic non-metallic products.
The ONS described output as being at its lowest level since the beginning of the available series in 1990.
That should make politicians sit up.
Britain is trying to rebuild manufacturing at precisely the time when some of its most energy-intensive industries are under enormous cost pressure.
The steel industry is the obvious warning
Steel is perhaps the clearest illustration of the problem.
A steel mill cannot simply decide to use less electricity in the way that a household can turn down its heating.
Electricity is an integral part of industrial production.
The British steel industry has already demonstrated the scale of the problem, with industry research showing British steelmakers have paid hundreds of millions of pounds more for electricity than French competitors.
That isn't a minor competitive disadvantage.
It can determine whether a factory receives investment or closes.
And that is why energy policy is really industrial policy.
Britain is now subsidising its way towards competitiveness
There is an uncomfortable irony here.
Britain has spent years arguing that markets should determine prices.
Yet because British industrial electricity prices are so high, government is increasingly having to compensate strategic industries.
That may be necessary.
But it should make us ask a bigger question.
Wouldn't it be better to fix the underlying price problem rather than permanently subsidise the consequences?
The Government's 90% network-charge relief is sensible if it prevents productive British businesses from disappearing.
But it doesn't make the underlying electricity system cheap.
It makes the bill cheaper for selected businesses.
There is a difference.
And households ultimately pay too
Someone has to pay for subsidies.
If the cost is transferred to other electricity consumers, then the problem has not disappeared.
It has moved.
The Government's own earlier assessment estimated that the British Industry Supercharger package would add between £3 and £5 to the average household electricity bill once fully implemented.
That raises an important question about fairness.
Should households struggling with energy bills subsidise large industrial electricity users?
There is a strong argument that they should not.
But there is also a strong argument that maintaining strategic manufacturing capacity protects jobs, supply chains and national economic resilience.
This is why energy policy is so difficult.
There are no cost-free choices.
The household problem is serious as well
For households, Ofgem's price cap from July to September 2026 puts the electricity unit rate at 26.11p/kWh, with gas at 7.33p/kWh, before considering regional and tariff differences.
The typical dual-fuel price-cap level rose from £1,641 to around £1,862 a year in July.
And this comes at precisely the time when Britain wants households to:
install heat pumps
buy electric cars
use more electricity
replace gas heating
electrify transport
improve home energy efficiency
There is a contradiction here.
If electricity remains expensive while gas and petrol are relatively cheaper, consumers have less financial incentive to switch.
You can tell people:
"Electrify everything."
But eventually they will ask:
"Why should I?"
If running the electric alternative costs substantially more, environmental policy becomes much harder to sell.
The electric car problem
This matters particularly for transport.
The economics of an electric car depend partly on the difference between electricity and petrol prices.
If electricity is cheap, charging an electric vehicle is extremely attractive.
If electricity is expensive, one of the major financial advantages of switching begins to disappear.
This doesn't mean electric cars are a bad idea.
It means the economics of electrification depend upon affordable electricity.
The same applies to heat pumps.
If electricity costs several times as much per unit as gas, households need the efficiency of a heat pump to compensate for that price difference.
Again, the technology can work.
But the economics have to work too.
And now Britain wants an AI and data-centre economy
This could become even more important.
AI data centres consume enormous quantities of electricity.
Britain wants to become a global leader in artificial intelligence and digital infrastructure.
But a data centre doesn't care how many offshore wind turbines Britain has.
It cares about:
How much does reliable electricity cost?
That is a brutally simple question.
The UK can offer excellent universities, financial markets, legal systems, skilled workers and a sophisticated technology sector.
But if electricity is dramatically more expensive than in competing countries, energy becomes part of the investment decision.
That could affect everything from data centres to advanced manufacturing.
Scotland has an even bigger opportunity — and an even bigger question
This issue should be particularly important in Scotland.
Scotland has some of Britain's greatest energy resources.
We have:
enormous offshore wind potential
floating offshore wind opportunities
hydroelectricity
existing nuclear expertise
the Dounreay nuclear site
highly skilled engineering workers
extensive transmission infrastructure investment
the potential for hydrogen
tidal energy
major renewable generation projects
Caithness and the far north sit in the middle of some of these developments.
But generation is not the same as economic benefit.
A wind turbine can generate electricity in the north of Scotland while a business in the north pays a high electricity price.
That should make us question what the ultimate purpose of all this generation is.
Are we building an energy-export economy or an energy-powered economy?
There is a huge difference.
An energy-export economy produces electricity and sends it elsewhere.
An energy-powered economy uses abundant electricity to create jobs, businesses, manufacturing, data centres, hydrogen, heating and new industries at home.
The second potentially produces much greater local economic value.
This is where nuclear becomes interesting
The British energy debate has often been presented as a choice between fossil fuels and renewables.
That is increasingly outdated.
The real challenge is to build an electricity system that is:
cheap, reliable, secure and low-carbon.
That probably requires a mixture of technologies.
Wind can provide huge amounts of electricity.
Solar can contribute.
Hydro can provide valuable flexibility.
Storage can move electricity through time.
Interconnectors can help balance supply.
Gas may remain part of the system for backup for some time.
And nuclear can provide reliable low-carbon generation.
Britain therefore needs to stop thinking about individual technologies and start thinking about the total cost of the electricity system.
The cheapest turbine is not necessarily the cheapest electricity system.
The cheapest nuclear reactor is not necessarily the cheapest electricity system.
The answer is a combination.
Britain's grid may be just as important as its generators
There is another lesson here.
Britain can build thousands of megawatts of renewable generation and still fail to deliver cheap electricity if the grid cannot move the power to where it is needed.
That is why transmission investment is so important.
It is also why Scotland faces a particularly interesting situation.
Scotland can generate enormous quantities of renewable electricity, but much of the economic value depends upon whether that electricity can be used locally or transported efficiently.
The grid therefore isn't simply infrastructure.
It is economic infrastructure.
The European lesson
Britain should also pay close attention to what Europe is doing.
The EU is trying to electrify its economy rapidly.
Reuters recently reported that the European electrification strategy aims to increase electricity's share of final energy consumption from roughly 23% today to 46% by 2040.
The ambition is enormous.
But Europe faces the same fundamental problem:
electrification is only economically attractive if electricity is affordable.
The EU is therefore discussing enormous investment in grids and domestic energy production.
The European Commission estimates that the latest energy shock could push energy inflation above 10% for much of 2026.
Europe cannot simultaneously have high energy costs and expect energy-intensive manufacturing to remain internationally competitive without substantial policy intervention.
So can Britain compete with America?
Yes — but Britain cannot simply pretend the energy-price gap doesn't exist.
We can compete through productivity, innovation, skills, research, financial services, advanced engineering and high-value manufacturing.
But there are industries where energy prices are decisive.
For those industries, Britain must address the underlying problem.
And this is where the debate needs to move beyond the simplistic argument:
"Renewables are expensive."
or:
"Renewables will make electricity cheap."
Neither statement is sufficient.
The real question is:
How much will the complete electricity system cost the consumer?
That includes:
generation
transmission
distribution
balancing
storage
backup
interconnection
policy charges
financing costs
regulation
taxation
Only then can we properly compare Britain with America, France, Germany, Norway or Spain.
Britain needs an energy strategy based on price as well as carbon
For too long, energy policy has been dominated by one question:
How do we decarbonise?
That question remains important.
But it needs to be joined by another:
How do we decarbonise while making British energy cheaper?
And there is a third:
How do we use Britain's energy resources to make Britain more productive?
Those three questions should form the foundation of energy policy.
Because Britain cannot become a manufacturing superpower with manufacturing electricity prices that are multiples of those paid by competitors.
It cannot rapidly electrify transport while making electricity unattractive.
It cannot persuade households to abandon gas heating if electricity remains expensive.
And it cannot become an AI superpower if data centres can obtain much cheaper power elsewhere.
The danger of paying for the problem forever
There is a danger that Britain creates an elaborate system of subsidies designed to compensate businesses for an electricity-price problem that never actually gets fixed.
That is not sustainable.
The Government's industrial support is understandable.
Indeed, in the short term it may be essential.
But the objective should be to make the subsidies progressively less necessary because the underlying electricity system becomes more competitive.
That means:
more generation, better grids, more storage, more competition, sensible market reform and lower system costs.
Not simply bigger cheques from the Treasury.
And this is the opportunity
Britain has an extraordinary energy inheritance.
It has North Sea resources.
It has wind.
It has nuclear expertise.
It has hydro.
It has tidal resources.
It has engineering skills.
It has universities and research institutions.
It has a sophisticated financial system capable of financing enormous infrastructure projects.
It has the North Sea on its doorstep.
The ingredients are there.
What Britain has struggled to do is turn those ingredients into consistently cheap and reliable energy for its own economy.
That is the real energy challenge.
And Scotland perhaps illustrates the contradiction better than anywhere else.
We can build enormous quantities of renewable generation and export electricity while businesses and households still worry about their electricity bills.
That is not necessarily a failure of renewable energy.
It may be a failure to connect energy policy with economic policy.
The question Britain should now be asking
The energy debate needs to move away from:
"How many wind turbines should we build?"
and towards:
"What is the cheapest way of providing reliable, low-carbon electricity to British consumers and British industry?"
That is a much harder question.
But it is also the question that matters.
America has an enormous energy advantage because it has abundant domestic resources.
Europe is trying to overcome its disadvantage through massive investment in renewables, nuclear, grids and electrification.
Britain has many of the resources needed to do the same.
But it cannot afford to spend billions building an energy system and then discover that the electricity it produces remains too expensive for the industries it wants to attract.
Britain cannot build a competitive economy on expensive energy.
And Scotland, with some of the greatest energy resources in Europe, should be asking an even sharper question:
If Scotland is going to become one of Europe's great renewable-energy producers, why shouldn't Scottish businesses and households be among the biggest beneficiaries of that cheap electricity?
That may ultimately be the most important energy-policy question of all.
The figures behind the argument
The latest official UK international comparison is particularly useful because it prevents the debate becoming simply political rhetoric.
The Department for Energy Security and Net Zero publishes regular comparisons covering domestic energy, industrial energy and road fuels, with the latest international comparison series updated in June 2026.
The figures show that the story is complicated:
Industrial electricity: Britain's position is exceptionally poor compared with America and many European competitors.
Household electricity: Britain is also expensive compared with much of Europe.
Household gas: Britain has actually been relatively competitive.
Petrol: Britain was fourth cheapest among the EU14 plus UK in May 2026.
Diesel: Britain was third most expensive.
Industrial energy: the gap is large enough to affect investment and the survival of energy-intensive industries.
The conclusion therefore isn't that all British energy is more expensive than everywhere else.
It is more important than that.
Britain has a particularly serious electricity-cost problem at precisely the moment when electricity is becoming more important to the entire economy.
That is the energy handicap Britain must overcome.