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Electricity is too expensive, both in absolute terms and relative to the price of gas (the price ratio). Reducing the electricity-to-gas price ratio is the single most important change the UK government can make to help households switch from gas boilers to more efficient electric heating technologies. This is because it shapes real-world decisions for households and businesses: whether it’s cheaper to run a heat pump than a gas boiler, or how attractive electrification looks across different sectors.

There are many ways the UK government could intervene to improve the price ratio, and most previous efforts have focused on moving costs off electricity bills, either onto public taxation or gas bills. But changing the allocation of costs within the energy system involves tradeoffs.

The question we have been asking is: are there any changes that improve the price ratio and keep bills low, especially now, in an era when energy costs remain painfully high for many households?

One option that stands out as unusually promising in this landscape of tradeoffs is to abolish the gas standing charge.

The case for abolishing the gas standing charge

Every dual fuel bill is currently split into a standing charge (a fixed daily fee everyone pays regardless of how much energy they use) and a unit rate (the variable amount charge per kWh of energy consumed). Abolishing the gas standing charge means moving those fixed costs into the variable unit rate instead.

Though this simply involves rebalancing the standing charge costs to another part of consumers’ bills, doing so has five key qualities that make it an impactful policy change:

  • It reduces bills for a majority of people
  • It is progressive
  • It supports electrification by reducing the electricity-to-gas price ratio
  • It should be popular
  • It costs the Treasury nothing

1. Lower bills for the majority of people

Our analysis shows that, on its own, abolishing the gas standing charge would save the typical dual fuel household £22 per year, and that 63% of dual fuel households will be better off under this policy.

Because the distribution of gas consumption is skewed by a small number of (predominantly wealthy) households, the average and median household are quite a way apart. The threshold at which this policy would start to increase bills is around 12,000 kWh, but a majority of homes (63%) use less gas than this. This is why the typical household (using 9,500 kWh of gas) would expect to save around £22 per year under this policy.

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This line chart illustrates how moving the gas standing charge onto unit rates impacts dual-fuel household energy bills. The vertical axis measures the net change in annual energy bills from -£100 to £100+, while the horizontal axis tracks the cumulative share of gas-using households ordered by total annual consumption from 0% to 100%. Two vertical dotted lines indicate typical consumption benchmarks: the "New TDCV" (Typical Domestic Consumption Value) near 49% and the "Old TDCV" near 62%.

The solid blue curve rises steadily from left to right, representing that low-use households save the most while high-use households pay more under this policy. The line crosses the £0 threshold at 63%, meaning a majority (63%) of dual-fuel households would see a bill reduction. Specifically, those at the "New TDCV" benchmark save approximately £22 per year and those at the "Old TDCV" benchmark save about £4, while bills increase exponentially for the highest-consuming households on the far right of the curve.

2. It is progressive: poorer households will save more than wealthier ones

Abolishing the gas standing charge is a progressive change that shifts a substantial portion of the costs of gas up the income distribution, as wealthier households use so much more gas than poor ones.

We estimate that 84% of the poorest households would be better off, compared to only 23% of the wealthiest. Because poorer households use less gas the standing charge represents a bigger proportion of their bill. This means that the typical savings from this policy grow as household income falls. We provide more detail on how different households are impacted by this below.

3. An improved price ratio, incentivising electrification

Critically for the government’s aim to decarbonise home heating, our analysis shows that under the current price cap, this single change would have a substantial impact on the electricity-to-gas price ratio, cutting it from 3.56 to 3.18, because it increases the unit rate of gas by 12%.

This move compares incredibly favourably to other similar rebalancing options. This is because gas and electricity bills behave so differently that moving the same amount of money produces vastly different results depending on which lever you pull.

Consider the options of either removing £1 billion from electricity bills, adding £1 billion to gas bills, or moving £1 billion of costs from electricity to gas. Unsurprisingly the latter has the biggest impact on the price ratio. But what is notable is that adding £1 billion to gas bills has a bigger effect than removing £1 billion from electricity bills. This difference arises because £1 billion is 3.9% of the total cost of domestic electricity rates (including VAT), but 4.9% for gas.

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Electricity and gas unit rates, with resulting price ratio, under four scenarios.

Row 1 (baseline): Electricity unit rate, no change, 26.11 pence per kilowatt hour. Gas unit rate, no change, 7.33 pence per kilowatt hour. Price ratio, 3.56.

Row 2: Electricity unit rate, remove one billion pounds of costs. Gas unit rate, no change. Price ratio, 3.42.

Row 3: Electricity unit rate, no change. Gas unit rate, add one billion pounds of costs. Price ratio, 3.40.

Row 4: Electricity unit rate, remove one billion pounds of costs. Gas unit rate, add one billion pounds of costs. Price ratio, 3.27.

Summary: Starting from a baseline ratio of 3.56, removing one billion pounds of costs from electricity alone, or adding one billion pounds of costs to gas alone, each bring the ratio down to around 3.40 to 3.42. Doing both at once has the biggest effect, reducing the ratio to 3.27.

The government has favoured options which take costs off electricity because they are politically easier, even though these have the smallest bang for the buck. Rebalancing from electricity to gas is less directly painful than simply increasing gas prices. But the benefits are spread over all 29.3 million households while the costs are spread over the 24.7 million dual fuel households (the 4.6 million households who do not use gas only see upside). The net effect is that those dual fuel, gas-using households only get about 80% of the net benefit from rebalancing.

This is also an incredibly effective way to rebalance gas costs as it shifts the price ratio down without pushing up average bills for dual fuel households. We can see this by comparison with raising the rate of VAT on gas. Rebalancing the gas standing charge reduces the price ratio to 3.18, and saves a typical dual fuel household £22.

By comparison, increasing VAT to 20% would reduce the price ratio by a similar amount (to 3.16) but would put the typical dual fuel bill up by £115.

4. People view standing charges as unfair

There is a political case here too. Recent research for Ofgem has shown that a majority of people (61%) view standing charges as unfair, while only 24% think the same about unit rates. This makes sense in the context of our energy system and how it currently distributes costs between consumers.

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This horizontal stacked bar chart displays consumer attitudes toward energy billing methods, comparing opinions on "Unit rates" against "Standing charges." The percentage scale runs from 0% to 100%, color-coded into six sentiments: "Don't know" (dark blue), "Very fair" (green), "Somewhat fair" (light blue), "Neither fair nor unfair" (grey), "Somewhat unfair" (orange), and "Very unfair" (red).

For unit rates, the majority of respondents view them favorably, with 54% combined rating them as fair (21% very fair, 33% somewhat fair) compared to 24% finding them unfair. Conversely, standing charges are widely unpopular, with 62% of consumers viewing them as unfair (30% somewhat, 31% very unfair) and only 19% considering them fair, while approximately 14% to 17% of respondents remain neutral on both pricing models.

Standing charges take peoples’ autonomy away, and the standing charge accounts for a larger share of the total bill in poorer households than wealthier ones. These issues came up in the survey, with the top two reasons given for removing or reducing the standing charge being “I prefer charges based on actual energy use” and “I think standing charges penalise low energy use households”.

The research for Ofgem also showed that attitudes to standing charges were consistent, even if the question was asked in different (more or less) favourable ways. And over half of respondents supported increasing unit rates if that meant that the standing charge was either abolished entirely (28%) or otherwise reduced (21%).

How could this rebalancing impact different households?

Every home pays the same standing charge, but the amount of gas used varies a lot, and is skewed by a small number of households with outsized consumption.

  • The median household uses 9,700 kWh of gas per year, but the average is 11,900 kWh.
  • The top five percent use over 25,000 kWh annually, which jumps up to over 42,000 kWh for the top one percent.

The main factor affecting how much gas people use is the size of their home, and the size of the home is largely determined by how wealthy they are. For example, the threshold for the top five percent of households earning less than £15,000 per year is 16,000 kWh of gas. But 69% of households earning over £150,000 per year use at least this much. In general, richer households use a larger share of all the gas than poorer ones.

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This dumbbell (dot) plot compares the "Share of households" (dark blue dots) and the "Share of gas consumption" (orange dots) across different household income brackets in England and Wales for 2024. The horizontal axis represents percentage shares from 0% to 18%, while the vertical axis categorises households by annual income brackets ranging from "Less than £15,000" to "£150,000 or more," plus an "Unknown" category.

The chart is divided into two distinct coloured regions to highlight disparities:
1. The light blue top region (Incomes under £50,000): Represents brackets where the proportion of homes is greater than their share of total gas consumption. For example, in the lowest bracket (under £15,000), the household share is about 9% while their gas consumption share is only around 6%.

The light pink bottom region (Incomes of £50,000 and above): Represents wealthier brackets where the proportion of homes is less than their share of total gas consumption. The gap becomes highly pronounced at the highest extreme (£150,000 or more), where households account for only about 3.2% of the population but consume roughly 5.6% of the gas.

Poorer households will save more than wealthier ones

As mentioned, abolishing the gas standing charge efficiently transfers costs from poorer households to wealthier ones. We estimate that 84% of the poorest households would be better off, compared to only 23% of the wealthiest.

Because poorer households use less gas, the standing charge represents a bigger proportion of their bill. This means that the typical savings from this policy grow as household income falls. The median household in the poorest income group would save £46 per year, compared to £33 for the next poorest, and £27 for the next after that, and so on.

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Two-panel bar chart titled "Rebalancing the gas standing charge benefits poorer households". Subtitle: The share of households benefitting, and the typical bill saving, rises as household income falls.

Left panel: share of households better off, by income band, 0 to 90%. Right panel: bill change for the median household, minus £50 to £60, with teal bars for a decrease and orange bars for an increase.

By income band (lowest to highest), share better off and bill change: under £15,000, 84%, minus £43. £15,000–£19,999, 78%, minus £32. £20,000–£29,999, 74%, minus £30. £30,000–£39,999, 68%, minus £22. £40,000–£49,999, 62%, minus £20. £50,000–£59,999, 58%, minus £13. £60,000–£69,999, 55%, minus £9. £70,000–£99,999, 51%, minus £4. £100,000–£149,999, 40%, plus £11. £150,000 or more, 21%, plus £52.

Takeaway: Both the share of households benefitting and the typical saving fall steadily as income rises, turning into a bill increase for the two highest bands — showing the change would be progressive.

This will particularly help households with gas heating but electric cooking and hot water

Abolishing the gas standing charge would reduce energy stress for many households. But there are a small but significant number of households that have a gas boiler for space heating, but use electricity for cooking and some or all of their hot water. These households only use gas over the winter, but have to pay the standing charge year round. Many of these households also have prepayment meters, and the net effect is an unavoidable cost burden for a service they are not using.

This gives households more autonomy and increases the value of fabric efficiency

The government has invested substantial resources and effort into schemes which improve the quality of British homes, particularly for the poorest and most vulnerable households. While these schemes are increasingly shifting to electrification as the best route to reduce bills, they will continue to provide fabric upgrades, as they always have. However, the efficiency of a home cannot affect fixed costs like the standing charge. So by shifting those costs onto unit rates they not only give households more control over their energy bills, they increase the value for money of any existing or future fabric efficiency measures.

Implementing the change

Abolishing the gas standing charge is entirely within the government’s gift, and aligns well with Ofgem’s ongoing work to improve and streamline how costs are allocated within the energy system. This would take at least a year to fully implement, as customers on fixed energy tariffs would need to gradually roll over. But its benefits for the majority of households on standard variable tariffs could potentially come sooner.

Moving suppliers’ operating costs over to unit rates could incur a small risk premium, but we expect this to be a relatively minor factor in the overall net benefit of the change. Removing the gas standing charge may also require Ofgem to change its approach to the levelisation of costs between prepayment and other customers.

Combining this move with other measures means most households benefit

This isn’t the only lever available, and the UK government could complement this action on gas bills with measures to reduce the cost of electricity, such as removing the remaining policy costs of the Renewables Obligation and Feed-in Tariffs, or the socialised costs of electricity debt. These are fiscal measures that would need support from the Treasury, which would cut bills for all homes. In combination with rebalancing the gas standing charge these measures would reduce the price ratio to historic levels, below 2.9. And the complementary action on gas and electricity bills ensures a broad and positive distribution of benefits that favours Britain’s poorest.

We recommend two other policies that would, in combination with abolishing the gas standing charge, reduce the price ratio below 2.9 based on current energy prices, while also cutting the typical household bill by around £100 a year.

  • 1. Remove the remaining Renewables Obligation and Feed-in-Tariff levies to taxation. This would cost the Exchequer £1.7 billion per year until 2037 (when both schemes end), and would reduce typical dual fuel bills by £42. It would reduce the current price ratio to 3.34.
  • 2. Remove VAT from electricity bills. Removing VAT from electricity would reduce typical bills by £41 at a cost of £1.5 billion per year. By itself it would reduce the price ratio to 3.39.

These policies would be sufficient to meet the price ratio target of 2.9, and reduce the typical dual fuel energy bill by £103 per year. But the government could also go further.

  • 3. Forgive electricity debt: undertake an exceptional, one-off intervention to wipe out an unprecedented level of electricity debt that is currently socialised across all consumers’ electricity bills. This would cost between £1.2 billion and £2.7 billion to the Exchequer. As a standalone change it would reduce a typical dual fuel bill by £29 and the current price ratio to 3.45. This is not without risk, as forgiving debt at this scale could create a moral hazard, encouraging the expectation that future arrears will also be absorbed. But the bulk of this debt was accrued in the wake of the 2023 energy crisis, when many poor and vulnerable consumers could not avoid the additional costs. We believe that exceptional circumstance justifies an exceptional remedy.

The table below shows the cumulative effect of these changes. It would reduce the price ratio from 3.6 to 2.9, while saving the typical household £92 per year.

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Cumulative policy options for reducing the electricity-to-gas price ratio. Each row builds on the one above, showing price ratio, change in typical dual fuel bill, and HMT cost, all cumulative.

Status quo: price ratio 3.56, no bill change, no cost.

Remove remaining electricity levies (moves Renewables Obligation and Feed-in-Tariff costs onto taxation): ratio 3.34, bill minus £42, cost £1.7 billion per year until 2037.

And remove VAT on electricity bills (5% to 0%): ratio 3.18, bill minus £81, cost £3.2 billion per year.

And abolish the gas standing charge (shifted into unit rates, progressive): ratio 2.84, bill minus £103, cost £3.2 billion per year.

And forgive electricity debt (removes bad debt costs, one-off, raises moral hazard concerns): ratio 2.73, bill minus £130, cost £3.2 billion per year plus £2.7 billion one-off.

Complementary action on electricity prices can offset any bill increases for poor households

As a rebalancing measure, this policy cannot deliver universal savings. But because it redistributes costs so efficiently, only a small number of poor and vulnerable households are at risk of losing out, and the impact on their bills is relatively small. Even at the extremes of consumption (the 95th percentile for each income group) the increases are small enough to be offset by modest measures which reduce electricity costs. These complementary measures would also drive the price ratio down further.

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This horizontal bar chart illustrates the annual energy bill change for households at the 95th percentile of gas consumption, categorized by ten income brackets ranging from "Less than £15,000" to "£150,000 or more." The horizontal axis measures the bill increase in pounds sterling from £0 to £240. A vertical dotted reference line acts as a benchmark at £106, representing the average bill increase for a 95th-percentile consumer across "All households" combined.
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The chart demonstrates that even among the heaviest gas consumers (the top 5%) in each income group, the financial impact is significantly smaller for lower-income households. For high-consuming households in the lowest income bracket (less than £15,000), the annual bill increase is limited to about £37. This impact climbs steadily with income, crossing the £106 average benchmark within the £60,000–£69,999 bracket, and peaking at a substantial £236 increase for the highest-income consumers earning £150,000 or more.

Electricity consumption also scales with income, although the reasons for this are more complex than in the case of gas, where it is mostly about the size of the home. Due to the limitations of data we cannot exactly model the joint effect of these policies on bills. We do not know how much electricity is used by households at the upper-end of the distribution for gas consumption. But we can estimate the minimum amount of electricity that they would need to use to offset the rising costs from rebalancing the gas standing charge, for each of our combinations of measures on the electricity bill.

Households earning less than £15,000, who are at the 95th percentile for gas use, would need to use at least 2,186 kWh of electricity (61st percentile) to offset the costs through the removal of RO and FiT. But they would only need to use 1,169 kWh of electricity (27th percentile) to offset these costs if RO, FiT and the socialised costs of electricity debt are all removed.

For similar households earning between £15,000 and £19,999 the electricity consumption thresholds move to 3,371 kWh (76th percentile) and 1,942 kWh (49th percentile) respectively.

As we move up the income tiers it gets harder to offset the costs of gas standing charge rebalancing for these outlier households through electricity rebalancing measures. But we are confident that our proposed package would project the majority of these households who are earning under £100,000 per year.

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This three-panel horizontal bar chart shows how adding policy measures to lower electricity costs can offset gas bill increases for high-consuming households across ten income brackets. The horizontal axis measures annual bill changes from -£50 to £200+, with orange bars representing bill increases, green bars representing net savings, and light peach bars showing the transition between policy steps.

Left Panel (Rebalance the gas standing charge): Shows only the initial impact of rebalancing, where high-gas-consuming households in all income brackets face bill increases ranging from £37 (lowest income) to £236 (highest income).

Middle Panel (...AND remove RO and FiT costs): Removing Renewables Obligation and Feed-in Tariff costs from electricity bills shifts the lowest three income brackets (under £30,000) into net savings (green bars) and lowers the bill impact for all others.

Right Panel (...AND remove electricity debt costs): Removing socialised electricity debt shifts the lowest eight income brackets (all under £100,000) into net savings, leaving only the top two wealthiest brackets facing a net bill increase.

A caution: keep the electricity standing charge

Our proposal would only abolish the gas standing charge. This would represent a strong, positive move in the direction of public opinion. While we recognise that some of the issues arising from the gas standing charge also apply to electricity, we would caution against making this a symmetrical change, and taking other steps to make electricity bills cheaper.

Firstly, moving the costs of the electricity standing charge onto unit rates would increase the price ratio, undermining a key benefit of rebalancing the gas standing charge. The net effect of doing both would be an increase in the price ratio, as the electricity standing charge is much larger than the gas one.

Secondly, while most of the gas standing charge covers supplier operating costs, the electricity standing charge recovers a substantial amount of network costs. This arrangement was implemented by Ofgem between 2022 and 2024 as part of its Targeted Charging Review. Ofgem decided (with justification) that the growing use of solar PV and other forms of microgeneration - by households and industry - meant that some homes or businesses were able to reduce their share of contributions towards electricity network costs. This was seen as unfair, as those properties still depended on those network links at peak times (the capacity for which defines the total cost of the system). If these costs reverted back onto unit rates then homes with solar PV (who are disproportionately wealthier than average) would get an outsized share of the benefits.

Conclusion

Abolishing the gas standing charge is that rare policy that has few losers and no Treasury cheque to write. It cuts bills for the typical household, protects the poorest more than the richest, and moves the electricity-to-gas price ratio in exactly the direction needed to make heat pumps an easier choice. And unlike almost every other lever available, it does this without costing the Exchequer a penny.

It won't solve the price ratio on its own. But it's the cheapest, fairest, and most popular first move on the board – and it pairs well with others. Layered with action on RO, FiT, and electricity debt, it can push the price ratio below 2.9, a level not seen in years, while keeping the distributional story overwhelmingly progressive.