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DTBird Team visits the wind farm where a new test program has started
14 Nov

Two DTBirdV4D8 units are operating with Collision Avoidance module D8 (8 speakers distributed at 2 heights, below the lower point reached by the blades and below the nacelle). Each unit has two settings (sound activated/muted) which switch from one to the other every week. Every week, one unit has the sound activated while the other is muted.

The wind farm is located in Castilla y León (Spain) and the most frecuent species detected in the vicinity of the wind turbines are: Gyps fulvus, Milvus milvus, Buteo buteo and Falco ssp.

The collected data will be used for the species specific evaluation of the DTBird Collision Avoidance module.

DTBird DTBat team visit Spanish wind farm Castilla y León

DTBird&DTBat Team wind farm visit in Castilla y León, Spain.

DTBird Team visits the wind farm where a new test program has started
14 Nov

Two DTBirdV4D8 units are operating with Collision Avoidance module D8 (8 speakers distributed at 2 heights, below the lower point reached by the blades and below the nacelle). Each unit has two settings (sound activated/muted) which switch from one to the other every week. Every week, one unit has the sound activated while the other is muted.

The wind farm is located in Castilla y León (Spain) and the most frecuent species detected in the vicinity of the wind turbines are: Gyps fulvus, Milvus milvus, Buteo buteo and Falco ssp.

The collected data will be used for the species specific evaluation of the DTBird Collision Avoidance module.

DTBird DTBat team visit Spanish wind farm Castilla y León

DTBird&DTBat Team wind farm visit in Castilla y León, Spain.

DTBird finishes first phase of a research program to improve the Collision Avoidance module
14 Nov

DTBird in cooperation with the Spanish Wildlife Recovery Center (GREFA) and the Animal Medicine and Veterinary Surgery Faculty of the Complutense (Spanish University) has tested the hearing of the following bird species: Aquila chrysaetos, Falco naumanni, Gyps fulvus and Milvus milvus.

The Audiogram Plots of these species will be used to create new species-specific collision avoidance sounds and to adjust the design of speaker's location and sound levels emitted, customized for both target species and wind turbine dimensions. The bird's hearing research is still open to add more species and individuals.

DTBird GREFA UCM Gyps fulvus hearing test

Griffon vulture (Gyps fulvus) sedated during the hearing test.

DTBird finishes first phase of a research program to improve the Collision Avoidance module
14 Nov

DTBird in cooperation with the Spanish Wildlife Recovery Center (GREFA) and the Animal Medicine and Veterinary Surgery Faculty of the Complutense (Spanish University) has tested the hearing of the following bird species: Aquila chrysaetos, Falco naumanni, Gyps fulvus and Milvus milvus.

The Audiogram Plots of these species will be used to create new species-specific collision avoidance sounds and to adjust the design of speaker's location and sound levels emitted, customized for both target species and wind turbine dimensions. The bird's hearing research is still open to add more species and individuals.

DTBird GREFA UCM Gyps fulvus hearing test

Griffon vulture (Gyps fulvus) sedated during the hearing test.

New Orders For 35 DTBird&DTBat Units
03 Lug

We have filed orders for 35 units of the models DTBirdV4D4, DTBirdV4D8, DTBirdV8D10, DTBirdN2 (Night Detection model) and DTBatD3, to be installed in France, Greece, the Netherlands and Spain.

New orders for 35 DTBird&DTBat units
03 Lug

We have filed orders for 35 units of the models DTBirdV4D4, DTBirdV4D8, DTBirdV8D10, DTBirdN2 (Night Detection model) and DTBatD3, to be installed in France, Greece, the Netherlands and Spain.

DTBird software upgrade released
03 Lug


DTBird has released a software upgrade for both new and existing units. The software upgrade includes the following features:

Real-time flight uploads. Now the flights are uploaded to DTBird Data Analysis Platforms (DAP) just after the end of the flights, so videos with sound and data can be available within seconds (depending on the Internet bandwidth).

Added new funtionality for thermal image analysis, DTBird Night Detection models.

Updated software for DTBirdV8 model, including 8 cameras recording simultaneously uploading it at real-time to the DAP.

Improved DTBird Automatic Control System with new automatic failure-correcting protocols.

Conference on Wind Energy and Wildlife Impacts
03 Lug

You can meet the DTBird® Team and experience first hand how our system works!

Conference on Wind Energy and Wildlife Impacts

6 – 8 SEPTEMBER 2017, ESTORIL - PORTUGAL

 Visit DTBird & DTBat booth 10

Logo CWW 2017

DTBird & DTBat at CWW 2017.

Conference on Wind Energy and Wildlife Impacts
03 Lug

You can meet the DTBird® Team and experience first hand how our system works!

Conference on Wind Energy and Wildlife Impacts

6 – 8 SEPTEMBER 2017, ESTORIL - PORTUGAL

 Visit DTBird & DTBat booth 10

Logo CWW 2017

DTBird & DTBat at CWW 2017.

DTBird Night models
03 Lug


DTBird Night Detection Module with thermal cameras allows 24 h/day bird detection, and can be used in combination with DTBird Day Detection Module.
DTBird commercializes 3 Night Detection Module models called N2, N4 and N8, with 2, 4 and 8 thermal cameras respectively.

DTBird Night Detection Module (Thermal image)

 

Pagina 10 di 14
Newsletter
Sistema di monitoraggio automatico e protezione degli uccelli
DTBird® è un sistema di monitoraggio automatico dell’avifauna e/o di riduzione del rischio di collisione degli uccelli con turbine eoliche terrestri o marine. Il sistema rileva automaticamente gli uccelli e, opzionalmente, può eseguire 2 azioni separate per ridurre il rischio di collisione degli uccelli con le turbine eoliche: attivare un segnale acustico e/o arrestare la turbina eolica. Fasi di R&S.
 
About1
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Unità di rilevazione e Registro delle collisioniDetection
Le telecamere ad alta definizione controllano tutt’attorno alla turbina rilevando gli uccelli in tempo reale e memorizzando video e dati. Nei video con audio, accessibili via Internet, sono registrati i voli ad alto rischio di collisione e anche le collisioni. Le caratteristiche specifiche di ogni installazione e il funzionamento si adattano alle specie bersaglio e alla grandezza della turbina eolica.
Unità di prevenzione delle collisioni
Questa unità emette in automatico dei segnali acustici per gli uccelli che possono trovarsi a rischio di collisione e dei suoni a effetto deterrente per evitare che gli uccelli si fermino in prossimità delle pale in movimento. Il tipo di suoni, i livelli delle emissioni, le caratteristiche dell’installazione e la configurazione per il funzionamento si adattano: alle specie bersaglio, alla grandezza della turbina eolica e alle normative sul rumore. Non genera perdite di produzione energetica ed è efficace per tutte le specie di uccelli.
 
 
Unità di controllo dell’arresto
Esegue in automatico l’arresto e la riattivazione della turbina eolica in funzione del rischio di collisione degli uccelli misurato in tempo reale. Adattabile a specie/gruppi di uccelli bersaglio.
Piattaforma di analisi
La piattaforma online di analisi dei dati offre un accesso trasparente ai voli registrati, tra cui: video con audio, variabili ambientali e dati operativi della turbina eolica. Grafici, statistiche e persino report automatici sono disponibili per determinati periodi. Sono previsti 2 livelli di diritti di accesso: Analyzer e Manager.
DTBird & DTBat Data Analysis Platform 2.0
Presenza mundiale di DTBird© & DTBat© 
DTBird Worldwide Installations 2023
Le caratteristiche di DTBird© sono richieste dalle autorità ambientali di un numero crescente di paesi. Più di 500 sistemi di DTBird© & DTBat© sono distribuite in più di 110 parchi eolici esistenti/previsti, terrestri/marini di 16 Paesi (Austria, Belgio, Cina, Francia, Germania, Grecia, Italia, Norvegia, Polonia, Spagna, Svezia, Svizzera, Taiwan, Paesi Bassi, Regno Unito e Stati Uniti). DTBird® è operativo presso WTG dal 2009 e DTBat® dal 2012.
Latest News
DTBird® announces the publication of the technical specifications for the FALCO system. Already in commercial use for over a year, the system has been deployed across various onshore wind energy projects across Europe and beyond. This formal documentation marks a milestone in DTBird’s commitment to technical transparency and support for wind farm developers, operators, and environmental authorities. With improved flexibility and performance, the DTBird® FALCO system now includes five model configurations — F4, F6, F8, F4+F,6 and F4+F8 — to adapt to different rotor diameters, species profiles, and project requirements. Main Features: • Detection module:  Maximum distance up to 1 km with graphics…
DTBird® Publishes Technical Specifications for the FALCO System
Written on Venerdì, 12 Settembre 2025 10:41
DTBird® has released the results of an independent study evaluating the detection capabilities of its latest bird monitoring models (F4, A4, F6, A6, and T). The assessment, conducted by the company, used a controlled field methodology to objectively measure maximum and effective detection distances for each model, providing wind farm operators and environmental managers with transparent, verifiable performance data. The evaluation involved controlled flights with a 1.42-meter wingspan avian-mimic drone, which simulated a medium-sized bird of prey. Flights were performed under stable weather conditions, covering a wide range of distances, angles, and trajectories. The drone’s GPS positions were synchronized with…
Evaluation of Detectability and Detection Distances for the new DTBird models
Written on Mercoledì, 13 Agosto 2025 16:31
Kincardine Offshore Wind Ltd. (KOWL) has received feedback from NatureScot and official notification from the Marine Directorate Licensing Operations Team (MD-LOT) that Condition 22ai regarding post-construction monitoring of bird strike for the Kincardine floating offshore wind farm has been successfully addressed using DTBird® technology. Project Summary Location: 15 km off the coast of Aberdeen, Scotland, in the North Sea. Turbines: 5 Vestas V164 (9.5 MW, installed 2021), each equipped with the DTBird® V8N2 system to record avian activity and potential collisions, day and night. The first phase of the project included 1 Vestas V80 (2 MW installed in 2018), also equipped…
Kincardine OWF Fulfils Bird Strike Monitoring Consent Condition with DTBird
Written on Martedì, 12 Agosto 2025 19:10
DTBird & DTBat has released an updated version of the Technical Specifications for the DTBat® system, a solution designed to detect, identify, and protect bats in wind farms. The new edition replaces the previous document published in 2016 and includes significant technical, operational, and installation upgrades. For the first time, the document is available in a bilingual format (English and Español), reflecting the company’s international scope and commitment to making its systems more accessible for global wind energy projects, particularly in markets with increasing biodiversity regulations. Over 40 DTBat® systems have been installed in several countries since the commercial launch in 2012. It…
DTBird® Releases New Technical Specifications for Bat Protection in Wind Turbines
Written on Mercoledì, 06 Agosto 2025 14:38
See all news
Contatto
DTBird® & DTBat®sono marchi di Liquen Consultoría Ambiental, S.L., Una delle principali società tecnologica spagnola specializzata nella protezione della fauna selvatica in centrali eoliche.
 
Con sede a Madrid, e installazioni in tutto il mondo, Liquen di squadra è il unico venditore e il supporto tecnico fornitore di DTBird® e DTBat® Technology.® and DTBat® Technology.

info@dtbird.com
 Avda. de la Democracia 7. 28031 Madrid - Spain
+34 91 344 90 86

 
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