Distribution / Northern Powergrid / Site

Harlaxton IDNO - Doncaster Inland Port - Additional

Harlaxton IDNO - Doncaster Inland Port - Additional at West Melton / Thorpe Marsh

Northern Powergrid Embedded Capacity Register 1MW and Over, September 2026 edition

Site, company and substation names are shown as they appear in the registers, including capitalisation.

Target energisation date: Not published by Northern Powergrid
Status: Accepted to connect
Customer: Harlaxton IDNO - Doncaster Inland Port - Additional
Site name: Harlaxton IDNO - Doncaster Inland Port - Additional
Address: West End Lane, New Rossington, Doncaster, South Yorkshire, DN11 0PY
Grid reference: Easting 460647, northing 398587
Licence area: Yorkshire (Northern Powergrid)
Grid supply point: West Melton / Thorpe Marsh
Bulk supply point: Mallard Way
Primary substation: Doncaster Inland Port
Connection voltage: 11 kV
Technology group: Solar
Energy source 1: Solar, Photovoltaic: 8 MW registered
Registered capacity: 8 MW
Change to maximum export capacity: 8 MW
Change to maximum import capacity: Not stated
Flexible connection: No
In a connection queue: Not published by Northern Powergrid
Date accepted: 19 Oct 2019
Date connected: Not stated
Distribution reinforcement reference: Not published by Northern Powergrid
Transmission reinforcement reference: Not published by Northern Powergrid
Export MPAN: Not stated
Import MPAN: Not stated
Last updated: 3 Nov 2019
Tracked since: March 2026 edition

Change history

Tracked since the March 2026 edition, across 7 editions.

Changes to its status, capacity, technology or customer, newest first.

No change to its status, capacity, technology or customer.

Also at West Melton / Thorpe Marsh

GSP view

48 other sites at this grid supply point in the September 2026 edition. In all, the sites here total 1.3 GW: 0.3 GW connected, 1 GW accepted to connect.

Loversall HybridLoversall Hybrid, Solar, Loversall Hybrid Direct primaryAccepted199.8 MW
Fordstead Ln 180MW BESSFordstead Ln 180MW BESS, Storage, Fordstead Lane BESS primaryAccepted180 MW
West Melton Station PVWest Melton Station PV, Solar, West Melton Station PV Direct primaryAccepted120 MW
South Road Mixed TechSouth Road Mixed Tech, Solar, South Road Mixed Tech primaryAccepted89.9 MW
Holme Wood Lane Solar and BESSNew Holme Wood Lane Solar and BESS, Solar, New Holme Wood Lane Solar & BESS primaryAccepted84 MW
Hooton Pagnell HybridHooton Pagnell Hybrid, Storage, Hooton Pagnell Hybrid primaryAccepted62.5 MW
NEL Cutts BESSNEL Cutts BESS, Storage, Nel Cutts BESS Direct primaryAccepted50 MW
Tween Bridge Wind FarmTween Bridge Wind Farm, Wind, Tween Bridge Windfarm primaryConnected44 MW

See all 48

What would a delay do to this project?

QueueQuant tests this project’s options side by side: waiting for a firm date, taking a non-firm offer, private wire or off-grid supply. It runs each across a wide range of delay and curtailment outcomes, shows which option comes out ahead and where that ranking flips, and sizes every asset on the site for that option: grid capacity, battery power, on-site generation, private wire and backup. It also prices the downside, showing how bad the outcome gets in the worst futures at the risk level you choose.

Price this project

For developers, funds and lenders making decisions on grid-constrained projects. You get a written investment committee pack, not a spreadsheet.

Harlaxton IDNO - Doncaster Inland Port - Additional

1 site in the registers, 8 MW accepted to connect.

QueueQuant

Price what a delay would do to your project

QueueWatch reports what changed in the DNOs' published connection registers. It doesn't tell you what to do about it. That's what QueueQuant is for.

Give QueueQuant a site and it compares every way you could power it, on the grid or off it: waiting for the firm date, taking a non-firm offer, building a private wire or going off-grid, across every combination of contracted capacity, generation and battery. That’s millions of possible plans, each tested against thousands of possible futures for delay, curtailment and price. It returns the one plan that holds up best, even when that plan is not to build.

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What you get from QueueQuant

The route to power that wins
How to size every asset on the site
The level of delay or curtailment at which that answer flips
Whether the project is worth building at all
How bad the worst outcomes get, at the risk level you choose