133 results
Floating PV I – nature conservation impacts
PV systems on artificial and heavily modified water bodies also serve to implement the EEG (§ 36 WHG). The first systems have gone into operation on artificial stillwaters, although the nature…
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Floating PV II - Investigation nature conservation effects still waters
The research projects focuses on the ecological effects of floating photovoltaic systems (FPV systems) on artificial or heavily modified bodies of water. The aim is to assess the effects on species,…
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Follow-up study probabilistics
The aim of the project is to develop – on the basis of a precursor study – an probabilistic model for the red kite which is applicable in permitting processes.
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Forum on Fish Protection and Fish Bypasses
The Forum was dedicated to the topic of fish protection and fish bypasses from 2012 to 2022. It pursued a cross-interest approach from a technical point of view. The aim was to develop a common,…
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Future solar farms: technologies, impacts, spatial planning options
Solar farms are playing an increasingly important role in the energy transition. In addition, new forms of photovoltaics are emerging - such as the combination of agriculture and photovoltaics…
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Ground-mounted photovoltaic and reconnecting habitats
Open areas to the right and left of roads and transport routes are being increasingly used as sites for solar parks in Germany. This project aims to research the extent to which they can still…
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Habitat modelling as a planning basis for species protection
Protection measures for bird species at risk of collision are of great importance for the environmentally compatible expansion of wind energy. By developing habitat models, the project creates an…
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Harmonize
The aim of Harmonize is to harmonize GES assessment approaches for impulse sound within the EU based on scientifically valid approaches as well as field-tested experience.
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Innovation for overhead power lines
The energy transition requires expansion of the power grid, but there is a low acceptance of power masts. This project therefore aims to develop innovative systems for masts and cables in the 380 kV…
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