EPC Price Check

Does a C-or-better EPC sell for more in M1 5 (Manchester)?

No measurable EPC premium here. In postcode sector M1 5 (Manchester), comparing like with like — same floor area, property type, build period and year of sale — the difference is −0.3% (95% range −4.0% to +3.4%): the EPC band itself is not reflected in sale prices here. The raw gap is bigger: C+ homes sold for 8% more per square metre than D–G homes (median £3,476 vs £3,205, 646 sales 2015–2026), mostly because they are different homes. Across England and Wales the like-for-like figure is +1.2%. Data: HM Land Registry Price Paid to 30 September 2026 matched to the EPC register.

Data: sales January 2015 – September 2026, EPC register November 2026, gas 2024 · calculated 5 November 2026 · Methodology and sources

−0.3%like-for-like: no measurable difference (95% range −4.0% to +3.4%)
+8%raw gap per m² (before like-for-like)
646sales matched to a certificate
59%metered gas, % of certificate estimate (rough)

From the raw gap to like-for-like

The homes are not alike: C+ homes here have a median floor area of 66 m² against 69 m² for D–G; the most common build period is 2012 onwards for C+ and 1996–2002 for D–G.

Comparing C+ with D–G homes…Difference95% range
Raw gap per m² (medians)+8%—
Whole price, nothing held equal+5.2%−0.5% to +11.3%
Same floor area+11.0%+6.9% to +15.3%
+ same property type+11.2%+7.2% to +15.4%
+ same build period+1.5%−2.6% to +5.8%
+ same year of sale−0.3%−4.0% to +3.4%

The first row compares median prices per m²; the second compares whole prices; each later row adds one more thing that must be equal, ending with the like-for-like premium (regression of log price; build period from the certificate, 12 bands). The raw gap per m² and the whole-price gap differ because C+ and D–G homes differ in size.

Sold prices by EPC band in M1 5

EPC band (last certificate before sale)SalesMedian £ per m²
A2too few
B183£3,960
C294£3,288
D123£3,181
E40£3,262
F3too few
G1too few

A median is shown when a band has at least 10 sales.

C or better vs D–G, by property type

TypeC+ salesC+ £/m²D–G salesD–G £/m²
Terraced2—2—
Flat / maisonette477£3,472165£3,203

Compared with the wider area

AreaSalesLike-for-like95% range
Sector M1 5646−0.3%−4.0% to +3.4%
District M12,290+0.3%−1.6% to +2.2%
England and Wales1,000,000 (sample)+1.2%+0.9% to +1.5%

Average gas use in M1 5 (2024): meters vs certificates

A rough comparison: the certificate figure is an upper-bound estimate (primary energy including lighting, converted with one factor), so treat the share as an order of magnitude.

Postcodes with published gas data (5+ meters)3 (40 meters)
Median gas use per meter (median of postcodes)7,068 kWh
Gas-heated homes with an EPC40
Energy implied by their certificates (median)10,619 kWh
Metered gas as a share of the certificate figure (median of 3 postcodes)59% (middle half 56%–66%)

Certificates by band imply: C 9,807 kWh (24 homes) · D 14,645 kWh (12 homes). Across England and Wales, real use is much closer to the certificate for A–C homes than for D–G homes, so the saving an upgrade promises is usually smaller than the certificate suggests.

Certificate energy = primary energy per m² × floor area ÷ 1.13, for homes whose latest certificate shows mains gas heating; it also covers lighting and other uses, so it is an upper bound for gas. DESNZ gas is weather-corrected and covers all meters in the postcode, with or without a certificate.

Can the local grid take heat pumps in M1 5?

Yes, on SP Electricity North West's figures: the local substations serving M1 5 have enough spare capacity for all 40 gas-heated homes with an energy certificate here to switch to a heat pump. None of the 26 local substations would fill up first.

Local (street) substations serving homes in the sector26
Already at or over capacity3 (12%)
Their combined spare capacity (demand headroom)≈ 20,840 kVA
Heat pumps that spare capacity could take, at 1.7 kW each≈ 12,260
Gas-heated homes with an EPC on these substations40
Of them, could switch within the spare capacity≈ 40 (100%)
…if each heat pump adds 3 kW (a cold snap)≈ 40 (100%)

How: each substation's spare capacity (transformer demand headroom in kVA, from estimated maximum demand) is divided by 1.7 kW, the extra winter peak one heat pump adds once many are spread over a street; a substation can take as many heat pumps as that allows, shared among the gas-heated homes on all its postcodes whose nearest SP Electricity North West substation it is (supply areas are not published). Some substations also serve neighbouring sectors, so their whole capacity is counted here and there. Spare capacity is SP Electricity North West's figure as published on 24 March 2026; network operators must still be told about each heat pump, and a full substation means reinforcement (usually a delay), not a refusal. Homes without an energy certificate are not counted. All areas and the method.

646 of 1,185 house and flat sales in the sector since 2015 (55%) were matched to a certificate.

How this is calculated

Caveats