QueueWatchby QueueQuant Price my project Get the plan that holds up best for your site, and where that answer flips.

York University 10MVA Demand 2MW CHP

York University 10MVA Demand 2MW CHP at Osbaldwick

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.

Date connected
12 Sep 2022
Status
Connected
Customer
York University 10MVA Demand 2MW CHP
Site name
York University 10MVA Demand 2MW CHP
Address
Heslington East Campus, Innovation Close, Heslington, North Yorkshire, YO10 5ZF
Grid reference
Easting 462650, northing 450883
Licence area
North East (Northern Powergrid)
Grid supply point
Osbaldwick
Bulk supply point
Melrosegate
Primary substation
York University
Connection voltage
11 kV
Technology group
Gas and other fossil
Energy source 1
Fossil - Gas, Steam turbine (thermal power plant): 2 MW registered
Registered capacity
2 MW
Maximum export capacity
2 MW
Maximum import capacity
9.5 MW
Flexible connection
No
In a connection queue
Not published by Northern Powergrid
Date accepted
11 Mar 2020
Target energisation date
Not published by Northern Powergrid
Distribution reinforcement reference
Not published by Northern Powergrid
Transmission reinforcement reference
Not published by Northern Powergrid
Export MPAN
1574200344413
Import MPAN
1580001776456
Last updated
11 Sep 2024
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 Osbaldwick

GSP view

29 other sites at this grid supply point in the September 2026 edition, 2 of them at York University, the same primary substation. In all, the sites here total 1.5 GW: 0.1 GW connected, 1.4 GW accepted to connect.

See all 29

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.

Price my project

Get the plan that holds up best for your site, and where that answer flips.

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