31 results
Bird protection at offshore wind turbines
The threat to bird migration represents a potential conflict for the expansion of offshore wind energy. However, there is currently no technical basis for recognising periods of increased collision…
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Bird- & BatRecorder
Further development of the BirdRecorder with the latest sensor technology and extension for nocturnal birds and bats to reduce collisions of birds and bats at wind turbines.
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BirdVision
The goal is the further development of a camera system for the detection and protection of wind power-sensitive bird species at wind turbines.
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Deep Bird Detect
Fraunhofer IEE is working with the universities of Kassel, Kiel and Chemnitz and prasix partners Praxis to develop a system that can recognise and classify birds in real time using AI-analysed audio…
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Drones4Bats
Drones4Bats - Mobile recording of bats at onshore wind turbines by autonomous measuring drones; Hamburg University of Applied Sciences - Faculty of Design, Media and Information; Grant…
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EEMonRequest
The EEMonRequest research project is based on the EE-Monitor web application and is its further development. The aim is to take account of the accelerated expansion of renewable energies by providing…
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Electricity storage and conservation
The research project investigates the effects of the increased use of electricity storage technologies such as large batteries and hydrogen applications in the course of the expansion of electricity…
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feasibility study tractor detection
Study investigating the feasibility of the automatic shutdown of wind turbines during agicultural field management operations using automatic detection systems.
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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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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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