Grimsby is a peaking or fast-response gas site, built to start quickly when the system needs extra capacity.
OCGT / enginesYorkshire & the HumberEnglandCommissioned 2018
Site imageOperational
Representative peaking gas station viewRepresentative licensed view of a UK gas peaking station, included to show the smaller physical footprint and simplified plant form associated with fast-response gas generation.
Image credit: Richard Humphrey / Wikimedia Commons · CC BY-SA 2.0
OCGT / enginesTechnical views
Fast-response generation arrangement typical of open-cycle gas turbines and engine-based peaking stations.
Indicative peaking-plant layout showing compact generation blocks, gas connection, transformer yard and support systems.
Indicative station-form view showing the principal structures and site massing associated with this station type.
Station map context
OpenStreetMap view showing the actual atlas coordinate for Grimsby, with a wider local view and a closer site-focused view.
Wider location
This view places the station in its surrounding district, coast or industrial corridor.
Approx. coordinate used: 53.582115, -0.102697
Closer site view
This tighter map makes the specific site position much clearer for the station record.
Marker placed on the stored station coordinate in the atlas dataset.
Reference snapshot
StatusOperational
FuelGas
TechnologyOCGT / engines
Capacity40 MW
Commissioned2018
ClosedNot stated
RegionYorkshire & the Humber
NationEngland
OwnerRWE Npower
OperatorRWE Npower
Why it matters
Operational in DESNZ DUKES May 2025 table
OCGT / engines
40 MW installed capacity
This summary focuses on the key facts that explain the station’s role in the wider UK generation system.
Station timeline
These timeline entries highlight the main milestones for the site, including commissioning, major changes, closure and current status where relevant.
2018Commissioned
Entered service as part of the UK gas fleet.
2025Operational snapshot
Listed as operational at the end of May 2025 in DESNZ DUKES 5.11.
2026Grid role
Gas stations remain important for balancing, reserves, and covering demand when low-carbon output varies.
Reading the landscape
Power-station siting reflects engineering requirements, fuel and water logistics, grid access, industrial geography and the planning frameworks of the period in which the site was developed. Grimsby should therefore be read as part of a wider infrastructure system rather than as an isolated structure in the landscape.
Approx. coordinates: 53.582115, -0.102697
Source notes
DESNZ DUKES 5.11, Power stations in the United Kingdom, operational at the end of May 2025.
Station naming and the plain-English summaries here are written for general reference use on Octary.
Gallery notes
These notes highlight the main structures, layout characteristics and historic changes associated with the station. They are intended as a concise interpretive layer alongside the reference data, timeline and technical diagrams.
Plant language
Boxy turbine halls, HRSG stacks, transmission yards and river or estuary siting are all part of the gas station visual grammar.
How to read it
Look for intake systems, gas turbines, heat-recovery equipment and large grid compounds rather than cooling towers.
Grid role
Most modern gas stations are valued for dispatchability and response, not just raw annual output.
This record can be expanded further with licensed site plans, archival photography, demolition or redevelopment updates, fuller unit-level timelines and linked planning or environmental documentation.
