Active SectorUpdated 12h ago

OX27 8AE

Bicester, Caversfield • Residential Catchment

Sales (24M)
8
Median Price
£318,000
OX27 3 year price trend
+3.8%

Sites and CapacityA map view of the GB National Grid infrastructure.

Nearby major power sites within 10 miles of OX27 8AE, covering operational assets and significant projects now in construction or pipeline.

Generating capacity

161 MW

Filtered total

Storage capacity

-

Filtered total

Technology

All

Mapped categories

Insights

Largest mapped technology within 10 miles of OX27 8AE is Solar at 102 MW (63.5% of capacity), compared with 10.8% nationally. Total mapped capacity within 10 miles is 161 MW, versus 105 GW nationally (0.2%). Solar capacity is a theoretical maximum; actual output depends on weather conditions.

Nearby power sites

Power sites near OX27 8AE, ordered by straight-line distance from the mapped centre.

SiteTechnologyStatusCapacityDistance
Ardley Fields Farm Landfill Site
Cherwell · Oxfordshire · South East · England
Gas
Operational
1.80 MW
3.18 mi
Bicester
South East · England
Solar
Operational
18.4 MW
3.64 mi
New Stone House
South East · England
Solar
Operational
11.5 MW
3.78 mi
Shelswell
South East · England
Solar
Operational
5.06 MW
4.13 mi
Ardley EfW
Cherwell · Oxfordshire · South East · England
Waste / EfW
Operational
24.0 MW
4.34 mi
Brook Farm
South East · England
Solar
Operational
8.91 MW
4.90 mi
Rowles
South East · England
Solar
Operational
12.8 MW
6.08 mi
Greatmoor EfW
Buckinghamshire · Buckinghamshire · South East · England
Waste / EfW
Operational
22.0 MW
6.31 mi
Calvert Phase II
Buckinghamshire · Buckinghamshire · South East · England
Gas
Operational
11.2 MW
6.68 mi
Gawcott Fields Farm
Buckinghamshire · Buckinghamshire · South East · England
Solar
Operational
9.20 MW
7.79 mi
Turweston
South East · England
Solar
Operational
16.4 MW
8.57 mi
Westcott Venture Park Phase 2 & 3
Buckinghamshire · Buckinghamshire · South East · England
Solar
Operational
15.0 MW
9.47 mi
Radstone
East Midlands · England
Solar
Operational
5.22 MW
9.47 mi