THE ENERGY BILL YOU NEVER SEE
When energy prices rise, the important question is not simply how much they rise. It is who absorbs the shock.
The bill on the kitchen counter is only the beginning.
We tend to think about energy as something we buy directly. Gas comes through a pipe. Electricity comes through a cable. A bill arrives. We pay it. That, apparently, is what energy costs us.
Except it isn’t.
Go to the supermarket and energy is waiting for you again. The building has been heated and lit. Refrigerators and freezers have been running continuously. Warehouses have consumed electricity. Lorries have burned fuel. Food has been processed, packaged, chilled and transported. Farmers have used diesel, machinery and fertiliser whose production can itself be intensely dependent on energy.
Buy a coffee and you encounter it again. The café has lighting, refrigeration, heating, hot water and an espresso machine. Milk had to be produced and chilled. Coffee had to be processed, transported and roasted. Cups had to be manufactured. Deliveries had to arrive.
Order something online and energy is inside the warehouse, the packaging, the data infrastructure and the vehicle bringing the parcel to your door. Go to a restaurant and it is in the ovens, extraction, refrigeration and supply chain. Stay in a hotel and it is heating rooms, washing linen and running kitchens.
THE HIDDEN BILLYou do not stop paying for energy when you finish paying the energy company.
We can see the direct debit leaving the bank account, so we identify that as the energy cost. The rest disappears inside the price of ordinary life. There is no separate energy charge printed onto a loaf of bread, a pint, restaurant meal, parcel or airline ticket. It is simply inside the price.
Why did energy become more expensive?
BUTWhere did the additional cost eventually go?Because somebody, somewhere, has to absorb it. And that is where the structure begins to matter.
Learning electrics changed the way I think about the word “shock”.
I’ve been doing my electrical training, and one thing becomes obvious quite quickly when you start learning a technical subject properly: the fundamentals matter.
You see a socket, a switch, a light fitting or a consumer unit. But once you start learning properly, those things become the visible endpoints of something much larger. You start thinking about supply, voltage, current, resistance, load, conductors, circuits, protective devices, fault paths and what happens when conditions change.
THE FUNDAMENTALSStop staring only at the output. Understand the system underneath it.
Economics is obviously not an electrical circuit. But the habit of thinking is useful. A war begins. A pipeline closes. Supply tightens. Gas becomes scarce. Oil rises. Shipping is disrupted. Electricity generation becomes more expensive.
Your bill has gone up.
But between the international event and the direct debit sits an entire structure: producers, generators, traders, networks, suppliers, regulators, governments, manufacturers, farmers, landlords, transport companies, retailers and employers. Eventually the household sits at the other end.
The increase has to land somewhere.
A business experiencing a major increase in energy or another input cannot simply wish that cost away.
Charge the customer more.
Accept less profit.
Restrict wages, hours or staffing.
Delay expansion.
Push pressure down the chain.
Relief, support or subsidy.
In reality several can happen at once. Government can intervene too, but intervention changes where the cost sits; it does not make the underlying cost disappear.
THE RULEA shock can be transferred, delayed, shared or softened. It cannot simply be made not to exist.
Energy is embedded in things that do not look like energy.
A business buys from other businesses, which bought materials and services from businesses before them. Energy can therefore enter the final price through several stages of production.
Think about a loaf of bread. Agricultural machinery required fuel. Fertiliser can depend heavily on natural gas. Grain had to be transported. Milling consumed energy. The bakery used ovens. Packaging had to be manufactured. The finished bread travelled again. Then the supermarket operated the building in which you bought it.
There is no line on the receipt saying “hidden energy cost”. It is simply inside the price.
ONE SHOCK. FOUR SYSTEMS.
Britain, France, Germany and Norway can experience the same international disturbance without transmitting it through identical national systems.
United Kingdom
PRIVATISATION / GAS / MARKET EXPOSUREBritain privatised the old state energy structures and built a system of private generation and supply, regulated networks, wholesale markets and state oversight. Gas remains important to both heating and electricity generation, creating a powerful route through which international gas prices can affect the wider economy.
France
NUCLEAR / STATE OWNERSHIP / INTERVENTIONFrance built an electricity system dominated by nuclear generation, with EDF wholly owned by the state. France is not immune from international markets, but the state occupies a fundamentally different position inside the electricity system.
Germany
INDUSTRY / GAS / RENEWABLES / MUNICIPALITYGermany combines municipal utilities, a huge industrial base and major renewable investment with the legacy of dependence on imported Russian gas and the political choice to phase out nuclear power. Different structure, different vulnerability.
Norway
HYDRO / PETROLEUM / STATE PARTICIPATIONBritain and Norway both became major North Sea producers, but Norway retained extensive state participation, majority ownership of Equinor and a sovereign wealth fund built from petroleum revenues. Its electricity is dominated by hydropower. The question is not whether Norway is immune, but who owns the upside.
But privatisation is not the whole explanation.
Ownership matters enormously, but so do generation mix, geography, taxation, regulation, domestic resources, storage, interconnection, industrial demand and infrastructure investment.
RESOURCE — WHO CONTROLS IT?
GENERATION — WHO OWNS IT?
NETWORK — WHO FINANCES IT?
SUPPLY — WHO TAKES THE MARGIN?
WINDFALL — WHO GETS THE UPSIDE?
SHOCK — WHO GETS THE DOWNSIDE?
STRUCTURESSame global shock. Different owners. Different protections. Different places for the cost to land.
Energy falls. Why doesn’t the price?
The original shock can fade while the new price remains.
Imagine a café selling a coffee for £3. Electricity rises. Milk rises. Delivery costs rise. Rent rises. Staff need higher wages. Eventually the café charges £3.50.
Then wholesale energy prices fall. Why doesn’t the coffee automatically return to £3? Because other costs may remain elevated, wages and rent may have adjusted, suppliers may have reset prices and the business may need to rebuild margins.
Lower inflation usually means prices are rising more slowly, not that the price level has returned to where it started. The shock can disappear while leaving a scar behind.
Energy is not the only cost travelling through the system.
Around a Budget, political discussion often stops at the announcement. But a change in tax or another business cost can be the beginning of another transmission mechanism.
Not every pound of additional cost becomes a pound of higher prices. Owners, workers, suppliers, investment and customers can all carry part of the burden. The useful question remains: who absorbs the increase?
Eventually the huge economic story becomes somebody’s rota.
I recognise this from working in businesses long before I started thinking about it as economics.
When I worked at KFC, there were forecasts and targets. Beat last year. Improve this year’s result. Hit the forecast. Control labour. Control costs.
And that is where an international energy shock stops looking international. By the time the pressure reaches an individual workplace, nobody is talking about gas futures or geopolitical risk. They’re talking about labour percentage, the rota, whether another person is needed on the shift, whether prices need to increase and whether the numbers still work.
TRANSMISSIONThe economic shock that begins in an international market can end as a decision on somebody’s rota.
A pound of tax is not the same as a pound spent importing energy.
Tax, rent, interest and energy do not follow identical routes.
Tax can finance healthcare, education, infrastructure, benefits and public services. Rent can service debt, maintenance and ownership income. Interest moves through lenders and investors. Energy has its own chain of wholesale costs, generation, networks, suppliers, policy and taxation. Some money circulates within Britain; some can flow towards overseas producers or investors.
Where did it go?
FOLLOW £100
Before income becomes genuinely discretionary, several systems already have claims upon it.
The household is where all of these systems eventually meet.
Housing makes the pressure particularly obvious. A private renter can lose a very large share of gross household income before food, transport, energy, council tax, insurance, debt or saving.
And the household pays energy twice conceptually: directly through the meter, and indirectly through goods and services whose supply chains contain energy costs. We should not invent a single percentage for that hidden bill; the chains are too complex and double-counting would be easy. But it changes the way we think about disposable income.
THE £100 QUESTIONOut of every £100 earned, how much remains genuinely discretionary after paying for the systems required to participate in ordinary economic life?
Global shocks are global. Their consequences are not identical.
Oil is internationally traded. Gas crosses borders. Electricity systems are interconnected. Wars and geopolitical crises do not respect national energy models.
But countries have spent decades building different structures around those markets: different generation technologies, ownership, taxes, natural resources, storage, interconnection, public investment and consumer protection.
What has each country built between the shock and the citizen?
The company on your bill may not be where the biggest money is made.
The energy system contains oil and gas producers, electricity generators, network operators, traders, retail suppliers and infrastructure investors. Their economics are not identical.
A retail supplier buying expensive wholesale energy under regulated conditions is in a different position from a producer receiving a dramatically higher price for the commodity it extracts.
Follow resources, ownership, profits and returns.
Follow costs, prices, margins, wages, taxes and households.
That connects directly to Who Actually Gets Rich From Energy? One investigation follows the upside. This one follows the shock.
The shock enters. The structure decides where it lands.
The energy bill on the kitchen counter was never the whole energy bill.
Some of it arrived in the supermarket. Some arrived in the restaurant. Some arrived in the delivery charge. Some arrived through businesses protecting margins, suppliers passing on costs, employers trying to make the numbers work, and government intervening to prevent the original shock becoming worse.
That is why two countries can experience the same war, oil market and gas shock without their citizens experiencing precisely the same consequences. The difference is the system built around the shock.
I think this is what learning the fundamentals has changed for me. A socket does not explain an electrical installation. A price does not explain an economy. And the amount printed on an energy bill does not explain the true economic cost of energy.
To understand any of them properly, you have to look behind the visible result. You have to understand the structure.