🇳🇱 Yesterday wind was ~12% of Netherlands electricity generation (46GWh). Solar was ~14% (53.6GWh).
Source: NED
@altenergy.bsky.social
@altenergy.bsky.social🇳🇱 Yesterday wind was ~12% of Netherlands electricity generation (46GWh). Solar was ~14% (53.6GWh).
Source: NED
@altenergy.bsky.social🇮🇹 Yesterday wind was ~2% of Italy electricity generation (19GWh). Solar was ~13% (105GWh). Net hydro was ~10% (77GWh). Geothermal was ~2% (14GWh).
Source: Terna
#Italy #windenergy #solarenergy #hydroenergy #geothermalenergy
@altenergy.bsky.social🇫🇮 Yesterday wind was ~32% of Finland electricity generation (72GWh). Hydro was ~19% (42GWh). Solar was ~2% (5GWh). Battery output was 0.6GWh.
Source: ENTSO-E
@altenergy.bsky.social🇮🇪 Yesterday wind was ~48% of Ireland electricity generation (46GWh). Solar was ~6% (5.8GWh).
Source: EirGrid
@altenergy.bsky.social🇬🇧 Yesterday wind was ~47% of Northern Ireland electricity generation (11GWh). Solar was ~2% (0.4GWh).
Source: SONI
@altenergy.bsky.social🇦🇹 Yesterday all wind was ~26% of Austria electricity generation (40GWh). Solar was ~15% (24GWh). Hydro power net of pumped was ~26% (40GWh).
Source: SMARD
@altenergy.bsky.social🇩🇪 Yesterday all wind was ~22% of Germany electricity generation (280GWh). Solar was ~14% (172GWh). Hydro power net of pumped was ~2% (22GWh).
Source: SMARD
@altenergy.bsky.social🇩🇰 Yesterday wind was ~58% of Denmark electricity generation (296.7GWh). Solar was ~9% (43.5GWh).
Source: Energy-Charts.info
@altenergy.bsky.social🇱🇺 Yesterday all wind was ~6% of Luxembourg electricity generation (897MWh). Solar was ~2% (304MWh). Hydro was ~0% (19MWh).
Source: SMARD
@altenergy.bsky.social🇫🇷 Yesterday wind was ~6% of France electricity generation (66GWh). Solar was ~7% (72GWh). Hydro net of pumping was ~9% (100GWh).
Source: RTE
@altenergy.bsky.social🏴🏴🏴 Yesterday wind was ~24% of Great Britain electricity generation (186GWh). Solar was ~10% (79GWh). Hydro was ~2% (14GWh).
Source: NESO
@altenergy.bsky.social🇧🇪 Yesterday wind was ~8% of Belgium electricity generation (19GWh). Solar was ~12% (26GWh). Hydro was ~2% (4GWh). Battery output was 3GWh.
Source: Elia
@wind-watch.org(archive: 2026) Impacts of accelerating deployment of offshore windfarms on near-surface climate #DNK #DEU #NLD #GBR: Abstract: The European Union has set the ambitious goal of becoming climate neutral by 2050, which has stimulated renewable energy production and accelerated the… #windenergy
@altenergy.bsky.social🇵🇹 Yesterday wind power was ~26% of Portugal electricity generation (38GWh). Solar was ~17% (24GWh). Net hydro was ~12% (18GWh). Battery output was 0.11GWh.
Source: REN
@altenergy.bsky.social🇨🇭 Yesterday solar was ~7% of Switzerland electricity generation (14GWh). All wind was ~0% (0GWh). Hydro net of pumping was ~48% (87MWh).
Source: SwissGrid
@wind-watch.org(video archive) Wind Turbines: The Test of Time: Documenting deteriorating, noisy wind turbines in the U.S. and Canada #windenergy
@windwatchorg.mstdn.social.ap.brid.gy(video archive) Wind Turbines: The Test of Time: Documenting deteriorating, noisy wind turbines in the U.S. and Canada https://wind-watch.org/video-testoftime.php #windenergy
@winderful.ukWhile you were sleeping, #windEnergy reached 32% of the National Grid's electricity demand. https://winderful.uk
@altenergy.bsky.social🇺🇸 Yesterday wind was ~6% of MISO electricity generation (125.1GWh). Solar was ~5% (90.2GWh). Battery output was 2.8GWh.
Source: MISO
@altenergy.bsky.social🇵🇹 Yesterday wind power was ~21% of Portugal electricity generation (32GWh). Solar was ~10% (15GWh). Net hydro was ~21% (32GWh). Battery output was 0.14GWh.
Source: REN
