Energy Projects Near You

Land at Carnegie Road (20 MW battery storage)

Land at Carnegie Road is a 20 MW battery storage project in Liverpool, England. Its status in the Renewable Energy Planning Database (July 2026 extract) is: operational since 24 December 2018; the record was last updated on 2 January 2019.

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

20 MWbattery storage
operationalstatus in REPD
2 January 2019record last updated
Liverpoolcouncil area

Planning timeline

DateStage
1 November 2016Application submitted
24 October 2018Construction started
24 December 2018Operational

Project details

Technology
battery storage (stand-alone storage)
Capacity
20 MW
Status (REPD)
operational
Record last updated
2 January 2019
Operator or applicant
Ørsted
Planning authority
Liverpool
Planning application reference
16F/2680
Address (REPD)
Carnegie Road, Liverpool, Merseyside
Council area (by location)
Liverpool
REPD reference
7155

Who decides

ApplicationsLiverpoolUK
Decided applications (solar, wind, battery)2610,236
Refused0 (0%)19%
Solar refused0 of 1812%
Battery storage refused0 of 816%
Median time from submission to decision7.8 weeks17.0 weeks
Appeals lodged / allowed0 / 0—

Other large projects within 10 km

ProjectTypeMWStatuskm
Liverpool Energy Management Facilitybattery storage49.9operational<0.1
Carnegie Road (Phase 2)battery storage40permission expired<0.1
Lister Drivebattery storage49.9operational<0.1
Battery Energy Storage Systembattery storage6approved, not built0.6
Hawthorne Roadbattery storage20under construction5.9
Port of Liverpool windwind farm10operational6.1
Coopers Lane, Kirkbybattery storage49.5approved, not built7.4
Charleywood Road, Knowsley Industrial Parkbattery storage49.9abandoned7.9
Britannia Housebattery storage10permission expired8.1

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 (53.4199, -2.9276).