Energy Projects Near You

Land off Shilton Lane (19 MW battery storage)

Land off Shilton Lane is a 19 MW battery storage project in Renfrewshire, Scotland. Its status in the Renewable Energy Planning Database (July 2026 extract) is: abandoned; the record was last updated on 27 November 2019.

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

19 MWbattery storage
abandonedstatus in REPD
27 November 2019record last updated
Renfrewshirecouncil area

Planning timeline

DateStage
21 August 2017Application submitted

Project details

Technology
battery storage (stand-alone storage)
Capacity
19 MW
Status (REPD)
abandoned
Record last updated
27 November 2019
Operator or applicant
Flexible Grid Power
Planning authority
Renfrewshire
Planning application reference
17/0592/PP
Address (REPD)
Land Bet Shilton Cottage & M89, Shilton Lane, Bishopton, Strathclyde
Council area (by location)
Renfrewshire
REPD reference
7012

Who decides

ApplicationsRenfrewshireUK
Decided applications (solar, wind, battery)1510,236
Refused4 (27%)19%
Solar refused2 of 1012%
Battery storage refused2 of 516%
Median time from submission to decision21.1 weeks17.0 weeks
Appeals lodged / allowed3 / 1—

Other large projects within 10 km

ProjectTypeMWStatuskm
Land SW of Shilton Cottagebattery storage29.9operational1.6
Vale of Leven Wind Farmwind farm70application submitted2.0
Artfield Forest Wind Farmwind farm67.2approved, not built3.0
East Fulwood Greenock Road Solar Farmsolar farm14.3approved, not built4.0
East Fulwood Energy Storagebattery storage400application submitted4.0
Braidfield Road, Hardgatebattery storage100application submitted4.6
Kilpatrick Hillswind farm60application withdrawn5.3
Glasgow Airport Solar Farmsolar farm19.9under construction6.2
Whitehall Battery Storagebattery storage560approved, not built6.2

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 (55.9126, -4.476).