UK Power Grid

How clean is the power where you are

Electricity is cleaner in some parts of Britain than others, depending on what is generating nearby. The gap between the cleanest and dirtiest regions is usually far wider than most people expect.

Enter the first part of your postcode only - for example SW1A or M1.

Cleanest region

North Scotland

0 gCO₂/kWh

Mostly wind

Dirtiest region

South Wales

388 gCO₂/kWh

99% from gas

Gap across Britain

388gCO₂/kWh

Between the cleanest and dirtiest region

Every region, cleanest first

Forecast carbon intensity for the current half hour, by distribution region.

View as table
Region gCO₂/kWh Band Low carbon Largest source
North Scotland 0 Very low 100% Wind (100%)
South Scotland 0 Very low 100% Wind (51%)
Scotland 0 Very low 100% Wind (56%)
North East England 2 Very low 38% Imports (62%)
North West England 38 Low 74% Nuclear (45%)
North Wales & Merseyside 139 Moderate 61% Wind (36%)
Yorkshire 183 High 10% Biomass (52%)
East England 191 High 40% Gas (45%)
England 201 High 28% Gas (47%)
West Midlands 217 High 37% Gas (54%)
South East England 227 High 8% Gas (52%)
London 232 Very high 20% Gas (55%)
East Midlands 283 Very high 6% Gas (64%)
South England 302 Very high 8% Gas (73%)
Wales 340 Very high 14% Gas (86%)
South West England 384 Very high 3% Gas (97%)
South Wales 388 Very high 2% Gas (99%)
What this means

Electricity all mixes together on the same network, so no one literally receives power from a single wind farm. What these figures describe is the mix generated and imported within each region, which is the fairest way to attribute emissions to the electricity used there.

Regions with a lot of wind or nuclear nearby - most of Scotland, the north of England - sit far lower than areas that lean on gas. The figures are a forecast for the half hour in progress, and they move throughout the day as the weather and demand change.

Updated at 01:47. This page keeps itself current.