Energy Projects Near You

Tilmanstone Colliery (10 MW solar farm)

Tilmanstone Colliery is a 10 MW solar farm project in Dover, England. Its status in the Renewable Energy Planning Database (July 2026 extract) is: operational since 25 January 2016; the record was last updated on 24 February 2016.

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

10 MWsolar farm
operationalstatus in REPD
24 February 2016record last updated
Dovercouncil area

Planning timeline

DateStage
15 August 2013Application submitted
12 March 2014Planning permission granted
10 December 2015Construction started
25 January 2016Operational

Project details

Technology
solar farm
Capacity
10 MW
Status (REPD)
operational
Record last updated
24 February 2016
Operator or applicant
Ovenden Plant Hire Limited
Planning authority
Dover
Planning application reference
13/00654
Address (REPD)
Former Tilmanstone Colliery Tip, Pike Road, Eythorne, Dover
Council area (by location)
Dover
Time to decision
30 weeks
REPD reference
2075

Who decides

ApplicationsDoverUK
Decided applications (solar, wind, battery)2710,236
Refused7 (26%)19%
Solar refused3 of 1912%
Onshore wind refused4 of 445%
Battery storage refused0 of 416%
Median time from submission to decision19.3 weeks17.0 weeks
Appeals lodged / allowed3 / 0—

Other large projects within 10 km

ProjectTypeMWStatuskm
Elvington Solar Farmsolar farm49.5application submitted1.5
Elvington Battery Energy Storagebattery storage49.5application submitted1.5
Home Farm (Knowlton solar)solar farm11.5operational2.9
Snowdown Collierysolar farm5permission expired4.1
Chapmans Hillsolar7application withdrawn4.6
The Engine Shed Fieldsolar farm11refused on appeal4.7
North Dover Wind Parkwind farm10refused5.9
Guston Court Farmsolar farm27refused7.4
Chalk Pit Solar Farmsolar farm24under construction7.4

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 (51.2098, 1.2764).