Making renewable energies sustainable

Biodiversity

Renewable energy projects create climate-friendly energy and new habitats for plants and animals – for a future in harmony with nature.

 

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Sustainability in harmony with nature
Biodiversity and renewable energies

Renewable energy projects offer much more than just climate-friendly electricity generation – they also provide unique opportunities to promote biodiversity and create habitats for plants and animals. By combining sustainable energy generation with targeted nature conservation measures, we actively contribute to the preservation of biodiversity.

Whether it's the insect-friendly greening of photovoltaic systems, the renaturation of areas around wind farms or the creation of new habitats, our projects are planned and implemented with due consideration for the ecological conditions. This not only creates clean energy sources, but also valuable habitats that have a positive long-term impact on the environment and local ecosystems.

With this holistic approach, we are shaping a sustainable future that reconciles climate and species protection – for a world in which people and nature benefit equally.

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Innovation project – Bundorf solar park
Habitat for flora and fauna

The protected skylark, whose population has declined sharply in Europe, lives in the region around Bundorf. Ornithological surveys show that the number of breeding pairs has tripled since the construction of the PV system. The skylarks quickly settled on the site, supported by the targeted improvement of their habitat.

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A success for species protection
Skylark monitoring at the Bundorf solar park 2024

Monitoring in the project area of the Bundorf solar park shows that the construction of the system has had a positive impact on the skylark. Before construction began, 26 breeding territories were documented in the area – this corresponds to a density of 0.25 territories per hectare on arable land.

By 2023, after completion of the first construction phases, the number had risen to 65 breeding territories. At a density of 0.6 breeding pairs per hectare, it was significantly higher than the initial value. In 2024, the monitoring was able to confirm this positive trend: the number of breeding territories grew to 99, with an average density of 0.766 territories per hectare – more than three times the initial value.
 

The example of Bundorf shows that photovoltaic systems and species protection can go hand in hand.

Innovation project - Bundorf energy village