EPC Price Check

Does a C-or-better EPC sell for more in BH14 9 (Bournemouth, Christchurch and Poole)?

No measurable EPC premium here. In postcode sector BH14 9 (Bournemouth, Christchurch and Poole), comparing like with like — same floor area, property type, build period and year of sale — the difference is +0.3% (95% range −3.6% to +4.3%): the EPC band itself is not reflected in sale prices here. The raw gap is bigger: C+ homes sold for 2% more per square metre than D–G homes (median £3,741 vs £3,684, 1,342 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 −3.6% to +4.3%)
+2%raw gap per m² (before like-for-like)
1,342sales matched to a certificate
62%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 96 m² against 110 m² for D–G; the most common build period is 2012 onwards for C+ and 1900–1929 for D–G; 38% of C+ and 72% of D–G sales are detached or semi-detached houses.

Comparing C+ with D–G homes…Difference95% range
Raw gap per m² (medians)+2%—
Whole price, nothing held equal−12.7%−18.5% to −6.5%
Same floor area+1.5%−1.6% to +4.7%
+ same property type+11.7%+7.9% to +15.7%
+ same build period+1.9%−2.3% to +6.2%
+ same year of sale+0.3%−3.6% to +4.3%

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 BH14 9

EPC band (last certificate before sale)SalesMedian £ per m²
A6too few
B167£4,135
C369£3,465
D575£3,711
E194£3,625
F26£3,553
G5too 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
Detached167£4,323431£4,101
Semi-detached40£3,863146£3,535
Terraced31£3,82794£3,432
Flat / maisonette304£3,426129£2,946

Compared with the wider area

AreaSalesLike-for-like95% range
Sector BH14 91,342+0.3%−3.6% to +4.3%
District BH145,382−1.7%−3.6% to +0.2%
England and Wales1,000,000 (sample)+1.2%+0.9% to +1.5%

Average gas use in BH14 9 (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)118 (3,142 meters)
Median gas use per meter (median of postcodes)11,582 kWh
Gas-heated homes with an EPC2,379
Energy implied by their certificates (median)17,756 kWh
Metered gas as a share of the certificate figure (median of 118 postcodes)62% (middle half 52%–72%)

Certificates by band imply: A 4,217 kWh (12 homes) · B 5,943 kWh (299 homes) · C 11,154 kWh (838 homes) · D 22,165 kWh (903 homes) · E 33,756 kWh (295 homes) · F 50,311 kWh (31 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 BH14 9?

SSEN does not publish spare capacity for street substations, so this is the answer for the wider district fed by the Bourne Valley primary substation (33/11 kV), not for your street. Its winter demand headroom for 2027 is 4.8 MVA (lowest of SSEN's scenarios) — room for about 2,830 heat pumps at 1.7 kW each, or 29% of the 9,614 gas-heated homes with an energy certificate in its supply area. In that scenario the headroom runs out in 2033.

Primary substationShare of the sector's gas homesHeadroom 2027Gas homes in its areaRoom for heat pumpsHeadroom 2030 / 2035 (Holistic Transition)
Bourne Valley (upstream constraint)46%4.8 MVA9,614≈ 2,830 (29%)3.5 / −5.0 MVA
Parkstone South (upstream constraint)45%19.8 MVA5,365≈ 11,650 (100%)19.8 / 15.9 MVA
Parkstone North (upstream constraint)8%1.7 MVA9,313≈ 1,000 (11%)0.4 / −8.2 MVA

Across the sector, about 1,430 of 2,379 gas-heated homes (60%) could switch within the primary substations' 2027 headroom.

Caveat: a primary substation feeds a whole town or several villages. Your street's own substation can be full while the primary has room, and the other way round. Headroom: SSEN Network Scenario Headroom Report 2026, winter demand headroom after contracted connections (MVA ≈ MW). Homes: postcodes whose centre lies inside SSEN's published supply area (19 October 2026). A full primary substation means reinforcement (usually a delay), not a refusal. All areas and the method.

1,342 of 1,633 house and flat sales in the sector since 2015 (82%) were matched to a certificate.

How this is calculated

Caveats