Track current demand, generation, renewable output, interconnector flows, regional carbon intensity and recent energy history in one clear dashboard.
Generation mix
Updated 16 Jun, 06:40 · cached
12,005 MW
52.0%
3,642 MW
15.8%
2,953 MW
12.8%
1,717 MW
7.4%
1,509 MW
6.5%
962 MW
4.2%
303 MW
1.3%
Current demand
27.53 GW
Adjusted GB demand
Total generation
22.13 GW
Adjusted generation total
GB power spot
£118.67
/MWh
APXMIDP · SP15
Net imports
+4.84 GW
Importing from Europe
Transfers
+5.40 GW
Net imports plus pumped storage
Current sources
Fossil
Gas, coal and oil
Renewable
Wind, solar and hydro
Other
Nuclear, biomass and balancing sources
Interconnectors
Total imports
5,856 MW
Total exports
1,014 MW
Net flow
+4,842 MW
france
+2,446 MW
To GB
belgium
+116 MW
To GB
netherlands
+690 MW
To GB
norway
+1,396 MW
To GB
denmark
+1,208 MW
To GB
ireland
-1,014 MW
From GB
Energy history
Resolution: hourly · 167 points
Regional details
Period: 16 Jun, 06:00 – 16 Jun, 06:30
Scottish Hydro Electric Power Distribution
Carbon intensity
0 gCO₂/kWh
SP Distribution
Carbon intensity
0 gCO₂/kWh
Electricity North West
Carbon intensity
101 gCO₂/kWh
NPG North East
Carbon intensity
14 gCO₂/kWh
NPG Yorkshire
Carbon intensity
145 gCO₂/kWh
SP Manweb
Carbon intensity
94 gCO₂/kWh
WPD South Wales
Carbon intensity
377 gCO₂/kWh
WPD West Midlands
Carbon intensity
226 gCO₂/kWh
WPD East Midlands
Carbon intensity
244 gCO₂/kWh
UKPN East
Carbon intensity
221 gCO₂/kWh
WPD South West
Carbon intensity
327 gCO₂/kWh
SSE South
Carbon intensity
247 gCO₂/kWh
UKPN London
Carbon intensity
263 gCO₂/kWh
UKPN South East
Carbon intensity
288 gCO₂/kWh
This dashboard brings together electricity demand, generation mix, renewable output, carbon intensity and interconnector flows so you can see how Great Britain is being powered at the moment. It is designed for public understanding rather than trading, billing or operational decisions.
Demand shows how much electricity is being used across the grid. Generation shows how much power is being produced by sources such as gas, wind, solar, nuclear, hydro and biomass. Net imports show whether Britain is importing more electricity than it exports through interconnectors.
Wind, solar and hydro output can reduce the carbon intensity of electricity when they make up a larger share of generation. Carbon intensity is a useful indicator of how clean the current electricity mix is, but it can change quickly as demand, weather and generation availability change.
Interconnectors move electricity between Great Britain and neighbouring markets. Importing electricity does not automatically mean the grid is under pressure; flows can reflect market prices, demand, available generation and network conditions on both sides of the connection.
