Energy thinktank Ember says European Union (EU) fossil fuel power generation dropped to the lowest on record in H1/2023, producing just 33% of its power, with persistently high gas and power prices driving down electricity demand, while solar and wind production increased significantly, leading the bloc's clean energy transition.
While solar and wind energy grew 13% and 5% respectively, coal generation dropped by 23% and gas by 13%. This was due to electricity demand falling to a record low of 1,261 TWh below the 2020 pandemic's 1,271 TWh.
Austria, Czechia, Denmark, Finland, Italy, Poland and Slovenia reported a record low fossil fuel output since 2000.
The growth of renewable energy generation, led by solar, shows EU's efforts in accelerating the deployment of renewables, says Ember. During H1/2023, solar PV capacity additions increased across EU, and specifically in:
Among other solar markets, Italy installed 2.5 GW in H1, compared to 3 GW in 2022, France installed 600 MW and Spain is expected to have deployed 7 GW, as per Ember.
Together, both solar and wind accounted for over 30% of electricity production in the EU for the 1st time in May 2023 as well as in July 2023. Nuclear generation, on the other hand, fell by 3.6%, while hydro generation went up by 11%. Ember sees uncertain future for both these technologies in the near future.
Analysts argue, "Even this is an underestimate of the true scale of solar generation, since in many countries behind the meter distributed solar is not reported as generation but instead appears as "missing" demand."
Ember's Europe Data Analyst Matt Ewen recommends a massive push especially on solar and wind to underpin a resilient economy across the continent for clean power to replace fossil fuels faster.
To get there, the bloc would need to deal with negative prices that are becoming too frequent and disruptive, not to forget grid congestion and transmission challenges.
Analysts also demand urgent development of key enablers to support renewables such as streamlined permitting, grid expansion and adequate storage deployment to boost renewables faster.