Energy policy is food policy, whether Westminster admits that or not.
When gas prices spike, fertiliser prices spike. When fertiliser prices spike, food prices spike.
The UK currently imports roughly 45% of its natural gas. North Sea production is declining at 6-8% per year. The renewable build-out has been real but incomplete, and there is a gap in the middle where the old is running down before the new has fully arrived. Grid stress has been a present problem for the past two winters. About 6.5 million households are in fuel poverty. This is the baseline.
The household reality
Energy policy debates in Westminster often sound like they are about molecules and megawatts. For most people they are about whether the heating goes on in October and whether the direct debit notification makes them feel sick.
A household on a variable tariff in 2026 is paying roughly double what it paid in 2019 in nominal terms, even after the emergency support packages of 2022 and 2023. The support was real. So was the underlying price level. When the subsidy ends, the bill remains. Fuel poverty is not a statistic about income bands. It is a description of behaviour: heating one room, cooking on a camping stove, children doing homework in coats, elderly people discharged from hospital into homes they cannot afford to heat.
The food security chapter established that energy and food share the same households. The programme designs fuel poverty payments and food interventions together because the population experiencing both is the same population. Splitting them across departments is how you get two partial programmes that miss the people who need both.
Industrial users matter too. A steel mill or a fertiliser plant facing volatile gas prices does not absorb the cost quietly. It passes through to prices, cuts shifts, or closes. The industrial strategy chapter depends on energy prices that manufacturers can plan around, not gamble on.
Britain's gas infrastructure was built for a different era: North Sea self-sufficiency and predictable winter demand. Neither assumption holds. LNG imports now bridge the gap, which means UK prices track global shipping routes, Asian demand, and Gulf security simultaneously. When Hormuz closes, the UK does not experience an abstract geopolitical event. It experiences a gas price spike that arrives on the same bill as last month's standing charge. Energy security is therefore foreign policy, industrial policy, and household policy in one monthly statement.
What the Programme Does
Emergency North Sea licensing. An emergency licensing round should be convened now, with decisions within 90 days. Not a committee, not a consultation. A licensing round. The fiscal terms for new fields are manageable and the industry has capital available. What it needs is certainty that the regulatory process will not be derailed by activist litigation. There are an estimated 15-20 viable undeveloped discoveries in UK waters that have stalled due to policy uncertainty. Unblock them.
Strategic Petroleum Reserve expansion. The UK SPR holds roughly 5-6 million barrels. That is about 3-4 days of net imports. The US SPR holds 375 million. The IEA minimum is 90 days of net imports. The government should be buying on the open market now, at volumes sufficient to move toward that minimum. There will be objections about the fiscal cost. Those objections deserve to be ignored. Fiscal caution is appropriate when the alternative is resilience. It is not appropriate when the alternative is dependency.
Fuel poverty direct payments. A means-tested payment, administered through existing benefit infrastructure, calibrated to the gap between the energy price cap and what a sustainable energy burden looks like for low-income households. This is not a long-term solution. It is a bridge that needs to be built before October. A household that cannot afford to heat is also a household making trade-offs at the food bank. The fuel poverty intervention and the food security intervention share the same population. They need to be designed together.
Grid connection queue reform. Renewable projects representing roughly 80-100 GW of capacity sit in the grid connection queue, waiting for transmission infrastructure to be built. Some have been waiting for more than five years. The problem is not technology or finance. It is queue management. The system treats all applications equally regardless of how close they are to generating. Shovel-ready projects sit behind projects that may never reach financial close. The fix: a readiness threshold for queue entry, queue management on commercial milestones, and a mandated 90-day timeline for standard distribution network connections. These changes could be implemented within six months. They would bring 10-15 GW of renewable capacity forward by two to three years.
Storage and flexibility. Renewables without storage are not a complete system. The programme funds grid-scale battery projects at strategic nodes, accelerates pumped hydro where geology allows, and mandates that new large renewable developments include co-located storage or firm dispatch commitments. The goal is not ideological. It is operational: a grid that can ride through a windless week in January without firing every gas plant simultaneously.
The Nuclear Question
Sizewell C is the only large-scale nuclear project in active UK development. It is a 3.2 GW project, completion estimated at 2029-2031, already running behind schedule and over its original budget. The government should proceed with it. Not enthusiastically, but as a practical matter. The alternative is a grid that runs on gas and hopes, and hopes are not an energy strategy.
What comes after Sizewell C is the harder question. The UK has effectively lost the ability to build nuclear quickly. The supply chain, the regulatory capacity, the engineering talent base, the public inquiry process: all have atrophied. Rebuilding that capacity takes a decade minimum. The realistic nuclear programme beyond Sizewell C delivers meaningful new capacity in the late 2030s at earliest. Plan accordingly.
The Hydrogen Hype Cycle
The UK hydrogen strategy sets targets for 10 GW of production by 2030. That target is not credible given current progress. The gap is not the target. It is the enabling infrastructure: cheap low-carbon electricity, hydrogen pipelines and storage, and demand-side offtake agreements. The government has been strong on targets and weak on delivery mechanisms.
The honest 2030 projection is 3-5 GW, focused on industrial clusters and backed by genuine infrastructure commitments. That is still worth pursuing. The 10 GW headline is not.
Hydrogen has a real role in decarbonising steel and chemicals. It does not have a credible role heating every home by 2030. Policy should follow physics, not press releases.
Why This Matters
The interventions above, implemented fully, cost roughly GBP 5-8 billion per year over 2026-2028. That is about 0.3-0.5% of GDP. It is substantially less than the cost of a single winter energy crisis. The Bank of England estimates a severe energy crisis would reduce GDP by 0.5-1.5%, depending on severity and duration. Five to eight billion pounds per year is the cost of optionality. It is the cost of being able to respond to shocks rather than being ambushed by them.
The winter of 2022 gave a preview. The energy price cap cost the government GBP 40 billion in emergency support, and households still faced real-terms cuts to heating and lighting. That crisis was manageable because gas prices normalised by spring 2023. A similar crisis in a disrupted global market, with no spare LNG capacity and reduced North Sea production, would be considerably harder to manage.
Demand reduction is not austerity. Insulating the worst-performing social housing, accelerating heat pump rollout on properties with grid capacity, and mandating smart thermostats on new builds are supply-side and demand-side measures that reduce peak load without asking people to sit in the cold. They are the bridge between emergency North Sea licensing today and the renewable grid that arrives in three to five years. Every gigawatt of demand shaved off peak winter load is a gigawatt the grid does not have to find at the moment of maximum stress.
Community energy schemes on social housing, covered in the housing chapter, reduce bills and grid load at the same time. Solar on council roofs with battery storage is not a climate vanity project. It is peak shaving on summer afternoons when air conditioning would otherwise spike demand.
The Next Piece
The food-energy nexus runs in both directions. Gas prices drive fertiliser prices. Fertiliser prices drive food prices. And the industrial strategy that follows in the next post depends on having an energy system that manufacturers can rely on. Steel, chemicals, fertiliser: all of them are energy-intensive. An energy policy that does not account for industrial users is incomplete.
Optional depth: Energy: Deep Dive.
Read next: Industrial Strategy.