Through our range of services, which include pre-construction monitoring, advanced technological solutions, post-construction assessments and casualty search, we strive to ensure the sustainable coexistence of wind farms and bird species. Our expertise and commitment to environmental conservation enable us to support wind energy projects in complying with regulatory requirements, minimizing environmental impacts and promoting responsible renewable energy generation.
Bird Protection System - Environmental version
In addition to our team of experts, we offer the Bird Protection System - Environmental Version, a state-of-the-art technological solution for monitoring and protecting birds in wind farms. This advanced system uses state-of-the-art sensors, cameras and machine learning algorithms to detect and track bird movements in real time. It provides accurate and continuous monitoring, alerting operators to the presence of birds near wind turbines. Bird Protection System - Environmental version allows early detection, enabling proactive action. It runs on solar panels and batteries without the need for a power supply. This innovative technology complements or supplements our field work and enhances our ability to protect bird populations and their habitats.
Monitoring and Calibration
Once a wind farm becomes operational, our services extend to post-deployment monitoring and calibration. Our team continues to assess and analyze bird behavior, population dynamics and environmental impacts resulting from the presence of the wind farm. Through ongoing data collection and analysis, we provide valuable information about the effectiveness of mitigation measures implemented during the design phase of the wind farm. This monitoring helps us to understand any unintended consequences or opportunities for further improvement, ensuring that the wind course is working in harmony with the local ecosystem. By regularly assessing the project's environmental performance, we support sustainable energy generation while minimizing potential risks to bird species.
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