Photovoltaics were the fastest growing source of electricity in Europe in 2024. The installed solar power systems now supply more energy than the coal-fired power plants still in operation. This is one of the findings of the latest European Electricity Review by the Berlin-based institute Ember, which specialises in the decentralised energy transition.

Photovoltaics: 22 percent more than in 2023

Solar installations in the EU member states produced a total of 304 terawatt hours of electricity in 2024. This is an increase of 22 percent compared to 2023, while coal-fired power plants only generated 269 terawatt hours. This means that, for the first time, photovoltaic generators produced more than the once third-largest power generation technology in Europe. Coal-fired power plants are now only in sixth place behind nuclear power, wind power, gas-fired power plants, hydroelectric power plants and photovoltaics – in that rank order.

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47 percent green electricity in the mix

All in all, the energy transition in the electricity sector made excellent progress last year. All green electricity plants together supplied 47 percent of the electricity in the EU. That is immense growth. In 2019, the share of renewables in the electricity mix was 34 percent. In contrast, fossil-based electricity production fell from 39 percent to a historic minimum of 29 percent in the same period. This naturally also has an impact on CO2 emissions in the electricity sector, which have fallen significantly as a result.

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Further accelerated expansion

The analysts at Ember attribute this development among other things to the EU Commission’s Green Deal, which is bringing initial success, at least in terms of electricity generation. However, the analysts warn: ‘While progress in the first half of the decade has been impressive, an acceleration is still needed between now and 2030,’ they wrote in their report. More flexibility and intelligent electrification are needed to maintain the strong growth of solar energy.

Gas consumption dropped

Considering Russia’s brutal war against Ukraine and the expensive supplies of dirty LNG fracking gas from the USA, it is also interesting to note that gas consumption in the energy industry has fallen for the fifth year in a row – despite a slight increase in electricity consumption. Overall, gas consumption in Europe has fallen by 20 percent over the past five years. One third of these savings were realised by the energy industry.

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59 billion euros saved

The energy transition is now also showing financial success. This is because fewer imports of fossil fuels are required – above all natural gas, crude oil, coal and uranium. To become more independent, the increased production from wind power and photovoltaics alone has saved imports of natural gas and coal worth 59 billion euros. To become even more independent, however, it is necessary for the EU states to continue to drive forward the expansion of wind power and solar energy. The analysts warn that there is currently a risk that the expansion of these technologies will decline despite their competitiveness.

You can find the complete European Electricity Review 2025 on the Ember website. (su)





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The circular economy and sustainability are becoming increasingly important in agriculture. This also applies to the transition of farms to photovoltaics. This also includes the dual use of land for additional solar power production. The supplier of such systems Agrosolar Europe has therefore now developed a mounting system whose load-bearing parts do not require any steel at all. They are made exclusively from renewable raw materials.

High load-bearing capacity achieved

Agrosolar Europe developed the lightweight system together with filament manufacturer Fibr. The substructure has been undergoing trials since 2023. This year, Agrosolar Europe is planning to build the first pilot project before the system goes into series production in 2026.

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Materials such as flax, carbon, wood fibre or other renewable raw materials are processed to produce the substructure in such a way that they are particularly strong. The new structures resemble trees rather than buildings and blend in perfectly with the landscape, emphasise the project partners. The spun lightweight construction of the organic material not only achieves a particularly high load-bearing capacity. At the same time, the use of natural materials is reduced by 90 per cent.

Less weight, faster installation

By dispensing with steel, Agrosolar also claims a weight saving of 90 per cent compared to previous constructions. This makes the substructure for agri-PV systems easier and cheaper to assemble, as fewer machines and personnel are required.

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More acceptance for agri-PV

Agrosolar Europ assumes that the use of renewable materials will also further improve public acceptance of agri-PV. “In future, we will be able to manufacture our agri-PV systems from the very materials that are grown under the systems,” emphasises Markus Haastert, Managing Director of Agrosolar Europe. “We are thus bringing value creation back to Germany and minimising dependencies on other markets.”

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Moritz Dörstelmannn, founder and CEO of Fibr, adds: “With our resource-efficient lightweight construction method, extremely long-span, high-load-bearing support structures can be produced. In cooperation with Agrosolar Europe, we can optimally utilise this technology to create sustainable and efficient solutions for agriculture,” he says. (su/mfo)





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