Energy Projects Near You

Veiges Farm Solar Park (5 MW)

Veiges Farm Solar Park is a 5 MW solar farm project in East Devon, England. Its status in the Renewable Energy Planning Database (July 2026 extract) is: abandoned; the record was last updated on 26 February 2019.

Data: REPD July 2026 extract · calculated 7 November 2026 · Methodology and sources

5 MWsolar farm
abandonedstatus in REPD
26 February 2019record last updated
East Devoncouncil area

Planning timeline

DateStage
7 September 2015Application submitted
3 February 2016Planning permission granted
3 February 2019Permission expired

Project details

Technology
solar farm
Capacity
5 MW
Status (REPD)
abandoned
Record last updated
26 February 2019
Operator or applicant
Inazin (Veiges Farm Solar Park Ltd)
Planning authority
East Devon
Planning application reference
15/2017/MFUL
Site area
12.8 ha
Address (REPD)
Veiges Farm House, St. Johns Road, Exmouth
Council area (by location)
East Devon
Time to decision
21 weeks
REPD reference
5679

Who decides

ApplicationsEast DevonUK
Decided applications (solar, wind, battery)5510,236
Refused17 (31%)19%
Solar refused9 of 3612%
Battery storage refused8 of 1916%
Median time from submission to decision21.0 weeks17.0 weeks
Appeals lodged / allowed5 / 3—

Other large projects within 10 km

ProjectTypeMWStatuskm
Blackhill Quarry, Woodburybattery storage60approved, not built1.8
Coombe Farmsolar farm8operational1.9
Higher Bagmore Farm, Ebford Lane -Battery Energy Storage Systembattery storage50application submitted4.7
Higher Hawkerland Farm, Sidmouth Road Solar Farmsolar farm18approved, not built6.3
Orchard Parksolar farm5.1refused on appeal7.4
Ford Oaks Solar & Green Infrastructure Facilitysolar farm30under construction9.6
Great Houndbeare Farmsolar farm10operational9.6
Rockbeare Hillsolar farm15approved, not built10.0

Status and dates as recorded in the Renewable Energy Planning Database (July 2026 extract); the database is compiled from public sources and can lag behind council decisions. Location: REPD grid reference (50.6473, -3.3717).