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On Monday #gas generated 32.7% of British electricity, more than imports 20.8%, wind 20.0%, nuclear 14.1%, solar 6.1%, biomass 5.3%, hydro 1.0%, coal 0.0%, coal 0.0% *excl. non-renewable distributed generation pic.twitter.com/0cjJpMkRp7
Yesterday #wind generated 33.5% of British electricity, more than gas 28.7%, nuclear 13.8%, imports 9.4%, biomass 7.0%, solar 6.3%, hydro 1.4%, coal 0.0%, coal 0.0% *excl. non-renewable distributed generation pic.twitter.com/fqUx9fCW7T
Nice to see British electricity fall to below 100g carbon intensity (a key long term milestone). Although a brief drop below the target, it shows us our future electricity mix will work! (Also nice to see the 🌍emoji appear on the 1pm tweet!) pic.twitter.com/JFv7clWAIw
British electricity mix at 5pm on 10th Apr 2023 🔥Gas 8.3% Biomass 3.4% Coal 0.0% 🍃Wind 43.6% Solar 13.6% Hydro 1.0% ⚛️Nuclear 17.6% ➡️Imports 11.6% Other 0.6% 🪫Storage 0.3% 🔌Generation 27GW 🌍Carbon intensity 76 gCO2e/kWh vs 50-100 gCO2e/kWh target by 2030
British electricity mix at 11am on 22nd Mar 2023 🔥Gas 8.4% Biomass 1.0% Coal 0.0% 🍃Wind 45.8% Solar 18.5% Hydro 1.3% ⚛️Nuclear 13.0% ➡️Imports 11.6% Other 0.5% 🪫Storage 0.0% 🔌Generation 31GW 🌍Carbon intensity 80 gCO2e/kWh vs 50-100 gCO2e/kWh target by 2030
British electricity mix at 7am on 15th Mar 2023 🏭Gas 50.9% Biomass 7.3% Coal 1.3% 🍃Wind 11.7% Solar 0.5% Hydro 0.8% ⚛️Nuclear 15.5% ➡️Imports 10.8% Other 1.3% 🪫Storage 0.0% 🔌Generation 26GW Carbon intensity 304 gCO2e/kWh vs 50-100 gCO2e/kWh target by 2030
On Sunday #wind produced 52.7% of GB electricity followed by nuclear 13.7%, imports 12.0%, gas 11.7%, biomass 4.8%, solar 3.0%, hydro 1.5%, coal 0.5%, other 0.0% *excl. non-renewable distributed generation pic.twitter.com/Dm2afITSFI