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Renewable Energy In Cyprus Poised To Deliver €4.8 Billion In Net Gains

A recent study reveals that renewable electricity has already generated substantial economic benefits for Cyprus, saving the nation hundreds of millions of euros while delivering impressive investment returns. Authored by Professor Theodoros Zachariadis of the Cyprus Institute for Terra Cypria and backed by the European Climate Foundation, the research challenges prevailing perceptions about the pace of renewable energy penetration in the country.

Rapid Expansion of Solar Photovoltaics

The study illustrates that, contrary to common assumptions, solar photovoltaic capacity has more than doubled within a mere three years. This rapid expansion has significantly reduced Cyprus’s reliance on fossil fuel imports and decreased expenditures related to carbon emission allowances for power plants. Additionally, the shift towards renewables has played a critical role in reducing air pollution, further cementing its status as a financially and environmentally beneficial investment.

Substantial Economic Impact

Between 2015 and 2024, solar photovoltaics alone delivered net benefits estimated at 450 million euros at 2023 prices, with these benefits projected to escalate to 2.7 billion euros by 2035. When accounting for avoided air pollution costs, the overall net benefits might even reach 4.8 billion euros. Such figures underscore that the economic returns from solar energy investments are overwhelmingly favorable—with returns estimated to be ten to seventeen times higher than the initial costs. Moreover, each megawatt of newly installed solar capacity is expected to yield between 5 and 9 million euros throughout its lifespan.

Distribution and Future Investment Considerations

Professor Zachariadis also notes that these benefits have not been evenly distributed across all sectors of Cypriot society. In a market with limited competition in the national electricity sector, the primary beneficiaries have been investors behind solar and wind projects, as well as the 20 to 25 percent of households equipped to install photovoltaic panels. Furthermore, the study acknowledges that future economic assessments must evolve as Cyprus prepares to invest in energy storage and modernize its national grid. While the environmental gains from improved air quality have so far outweighed potential drawbacks, such as impacts on agricultural land and sensitive ecosystems, strict regulatory compliance remains essential.

Overall, the study presents a compelling case for further investments in renewable energy, highlighting significant economic and environmental returns that could well reshape the country’s energy landscape.

Women Accounted For More Than Half Of Scientists In 10 EU Regions

In Portugal’s Continente region, 265,100 women worked as scientists and engineers in 2025, representing 46% of the total workforce in these occupations.

Across the EU, women made up more than half of all scientists and engineers in 10 regions. Four were located in Spain, two in Portugal and one in Greece. The remaining regions were Poland’s Makroregion centralny, Sweden’s northernmost region and France’s outermost regions.

Most of these areas had relatively small numbers of scientists and engineers overall. Spain’s Noreste region was the largest, with 102,700 women in these occupations, accounting for 51% of its total workforce.

Women’s Representation Varies Across Europe

The figures highlight considerable regional differences in both the number of women working in science and engineering and their share of the overall workforce.

Cyprus remains below the EU average, with women accounting for 37.8% of scientists and engineers. However, this share is broadly comparable to that of Île-de-France, one of Europe’s largest centres of scientific and engineering employment.

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