Seabird collision assessments in offshore wind rely heavily on modelling approaches that contain substantial uncertainty due to limited empirical validation, while automated collision monitoring technologies face challenges in achieving regulatory and commercial acceptance. The PrediCtOr project Roadmap to accelerate the commercial acceptance of seabird collision detection systems for offshore use sets out a framework to accelerate the commercial acceptance of offshore seabird collision monitoring systems capable of generating reliable empirical data.
The Roadmap was developed through a review of existing monitoring technologies, regulatory requirements and industry experience, alongside engagement with monitoring equipment suppliers, regulators, environmental authorities, offshore wind developers and researchers. Lessons from previous offshore deployments and findings from the PrediCtOr best practice guidance documents were used to identify the challenges limiting adoption and to define a framework for technology acceptance.
The assessment identified two overarching barriers to commercial acceptance: confidence in the quality and interpretability of data collected by monitoring systems, and confidence in the technical feasibility of deploying and operating monitoring systems in offshore environments. To address these challenges, the Roadmap establishes a set of six core performance indicators and three maturity stages for system acceptance:
- At the baseline stage, a system has been proven in onshore or nearshore settings and has generated evidence on core functionality, detection capability and operational limitations.
- At the pre-commercial stage, the system has been demonstrated in an offshore wind farm environment, allowing its performance boundaries, data limitations and technical feasibility to be assessed under more representative conditions.
- At the commercial stage, the system has shown reliable performance across multiple offshore deployments, with well-characterised limitations and sufficient evidence to support routine use in offshore monitoring programmes.
The Roadmap also highlights the potential for misalignment between developers and monitoring suppliers, and practical tools to support this. This includes a technical specification template to consistently communicate system capabilities, and roles and responsibilities for each stage of the development process.
Overall, the Roadmap concludes that accelerated commercial acceptance will require greater transparency, improved offshore validation, shared performance metrics and stronger collaboration across the sector. By providing a common framework for evaluating and communicating monitoring system capability, the Roadmap offers a practical pathway towards routine deployment of offshore collision monitoring technologies and the generation of the empirical evidence needed to improve future seabird collision assessments.
