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Wind Generation Optimization While Protecting Endangered Birds

Optimize wind farm production by reducing unnecessary turbine shutdowns while supporting the protection and monitoring of endangered birds
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Wind farms need to reduce unnecessary production losses while protecting endangered birds
WHY THIS “WIND GENERATION OPTIMIZATION WHILE PROTECTING ENDANGERED BIRDS” CHALLENGE?
From subjective shutdown decisions to consistent risk-based action

When endangered birds may be flying near wind turbines, operators must decide whether to stop production, continue operating or activate deterrent measures. If those decisions rely too heavily on manual judgement, each park or team may act differently. A more homogeneous, data-based approach helps reduce unnecessary stops, protect endangered species and generate reliable information for environmental reporting

Key benefits
Optimize production decisions where biodiversity risk matters most

This approach focuses on the operational moments when wind production and the protection of endangered birds intersect: turbine shutdowns, deterrent actions, control-room decisions and environmental reporting

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Reduce unnecessary turbine shutdowns

Help operators avoid stopping turbines when the available risk indicators do not justify it, improving production without weakening the protection of endangered birds

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Reduce environmental, social and penalty risk

Support better decisions around endangered-bird protection, helping reduce the impact associated with turbine blades and the potential social or regulatory consequences of bird mortality

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Remove subjectivity from operational decisions

Provide a homogeneous decision input across wind farms, so control-room teams can act with consistent criteria rather than relying only on individual interpretation

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Standardize data for compliance and model improvement

Homogenize data captured across wind farms to support environmental follow-up, government reporting and continuous model improvement

How NTT DATA helps

01
Develop tailored decision-support models

NTT DATA develops models adapted to each operating context to estimate the probability of endangered birds being in flight near turbines

Developed tailored
02
Apply AI and computer vision capabilities

NTT DATA builds computer vision solutions based on machine learning or generative AI to support the detection, interpretation and use of bird-risk signals

03
Integrate recommendations with the control room

Model outputs are connected with control-room processes so operators can decide whether to stop a turbine, keep it running or activate approved deterrent measures

Integrate recomendations with the control room
04
Enable fact-based and auditable decisions

Each recommendation can be supported by data, helping teams make decisions based on evidence and review them afterwards when needed

Enable fact-based and auditable decisions
05
Support environmental data and reporting

NTT DATA helps structure and homogenize the data required for environmental monitoring, endangered-bird protection follow-up and government reporting requirements

Support environmental data and reporting
Proven impact
Bird protection, optimized generation
Results that matter
Protect endangered birds while improving production
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Fewer unnecessary stops

Keep turbines active when risk is not present

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Earlier bird-risk detection

Anticipate risky flight situations near wind turbines

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More objective decisions

Support operators with consistent, data-based risk signals

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Better environmental data

Standardize field information for reporting and model improvement

Protect birds, optimize generation

Improve production decisions with reliable biodiversity-risk insight

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