Poland joins the countries with DTBird Technology
DTBird® has started protecting birds and monitoring bat activity at the 26 MW Rymanów Wind Farm developed by Martifer Renewables and owned by IKEA. It’s located in the Podkarpackie region of southeastern Poland.
The project marked an important milestone in DTBird’s international expansion, as Poland became one of the countries using DTBird technology for wildlife monitoring and collision risk reduction at wind farms.
Expanding DTBird technology across Europe
With this new installation, DTBird strengthened its presence in the European wind energy market and continued supporting wind farm operators in their efforts to combine renewable energy generation with biodiversity protection.
At the time of this project, DTBird technologies were already monitoring and protecting birds and bats in several European countries, including France, Greece, Italy, Norway and Spain.
The addition of Poland demonstrated the growing international interest in automated environmental monitoring solutions designed specifically for wind energy projects.
Supporting bird and bat protection
DTBird combines automatic bird detection, collision risk assessment and mitigation measures that help reduce bird mortality around wind turbines.
In addition, DTBat complements these capabilities by providing monitoring and protection solutions focused on bat activity at wind farms.
Together, both technologies help operators improve environmental performance while maintaining efficient wind farm operations.
Growing international deployment
The installation in Poland represented another step forward in DTBird’s commitment to providing wildlife monitoring solutions to wind energy projects worldwide.
Furthermore, the project demonstrated the adaptability of DTBird technology to different environmental conditions, regulatory frameworks and wind farm configurations across Europe.
As renewable energy development continues to expand internationally, technologies such as DTBird play an increasingly important role in supporting the coexistence of wind energy generation and biodiversity conservation.
Learn more about the DTBird and DTBat systems.
