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Data-Driven Offshore Wind: Enhancing Acceptability

Offshore Wind

By Erik RoelansPublished 2 years ago 4 min read
Picture courtesy Erik Roelans

Offshore wind farms have emerged as a promising solution as the world seeks to transition to cleaner and more sustainable energy sources. However, successful integration and acceptance into existing ecosystems, particularly coexistence with fisheries, have emerged as critical concerns. To address these challenges, data-driven approaches are proving indispensable in optimising offshore wind farm deployment, mitigating potential impacts on fisheries, and fostering better coexistence between these industries. In this article, we will look at how data can help improve offshore wind farm acceptability and harmonious coexistence with fisheries.

Comprehensive Site Assessments

Data is critical in conducting thorough site assessments prior to the construction of offshore wind farms. Smart data on marine biodiversity, fishery activities, migratory patterns, and habitats must be collected and analysed in order to identify ecologically sensitive areas. With this knowledge, developers can avoid high-risk areas and choose sites that have the least impact on marine life and fishing activities.

Environmental Impact Assessments (EIAs)

EIAs are necessary steps in the development of offshore wind farms. They rely heavily on data to assess potential environmental impacts and determine whether the project is compatible with fisheries. EIAs can accurately evaluate potential disturbances to marine life and assess the long-term effects on fish populations by utilising data from various sources such as underwater sound recordings, marine mammal surveys, and fishery catch reports.

Real-time Monitoring and Adaptive Management

Continuous data monitoring before, during and after construction is required to assess the actual impacts of offshore wind farms on fisheries. Developers can make informed, smart, decisions and implement adaptive management strategies to mitigate negative effects thanks to real-time monitoring. Data on fish movement patterns, behaviour changes, and habitat usage enable wind farm development to be adjusted based on smart data, resulting in minimal disruption to local fishing activities.

Picture courtesy Ecocean

Modelling and Predictive Analytics

Predictive analytics and data-driven modelling are invaluable tools for understanding the complex interactions between offshore wind farms and fisheries. Researchers and analysts can anticipate potential conflicts and devise effective coexistence strategies by simulating different scenarios and analysing historical data. These models can also be used to optimise wind farm layouts, transmission cable routes, and turbine design in order to reduce the impact on fishing grounds and migration routes.

Transparency and Stakeholder Engagement

Integrating comprehensive data into decision-making processes increases transparency and trust among stakeholders, including fishing communities. Sharing data insights allows stakeholders to understand the reasoning behind offshore wind farm projects and provides a forum for meaningful dialogue. This open approach fosters collaboration, which leads to the development of solutions that address concerns while promoting coexistence.

Ensuring Sustainable Fishing Practices

Data is essential not only for offshore wind farm planning, but also for promoting sustainable fishing practises. Policymakers can protect spawning grounds, establish marine protected areas, and regulate fishing quotas by combining fisheries data with ecological information. This ensures both industries' long-term viability while reducing potential conflicts.

Picture courtesy Erik Roelans

Financial Viability and Risk Assessment

Offshore wind farm projects must be financially viable in order to succeed. Data-driven risk assessments assist investors and policymakers in determining project economic feasibility. Stakeholders can make informed decisions that mitigate financial risks and optimise long-term returns by incorporating data on potential environmental impacts and fishing industry sensitivities.

Adaptive Co-Management Strategies

The coexistence of offshore wind farms and fisheries necessitates a dynamic and adaptive approach. Data enables the implementation of co-management strategies involving wind farm developers as well as fishing communities. Regular data sharing, joint monitoring, and collaborative decision-making improve adaptability and lead to long-term success.

Conclusion

The ability to harness the true value of data is critical to the successful integration of offshore wind farms and fisheries. Data-driven approaches are critical for ensuring environmental protection, fostering sustainable fishing practises, and optimising the coexistence of these industries, from initial site assessments to pre and post-construction monitoring. Adopting transparency, stakeholder engagement, and adaptive management strategies based on robust data not only improves the acceptability of offshore wind farms, but also paves the way for a greener and more harmonious energy future.

About ER-Marine

ER-MARINE's goal is to maximize the potential of offshore wind power in South Korea. The permitting process for setting up offshore wind farms in Korea is complex, and its compliance with environmental and social (E&S) issues has not yet been fully completed to meet international standards. The Korean government is currently working to strengthen Environmental Impact Assessment (EIA) and other sustainability management mechanisms in ESG initiatives. However, some transitional risks need to be proactively managed by individual developers and investors.

Understanding these challenges and proposing innovative but also realistic solutions is crucial for successful project development. With years of experience advising on the Korean renewable energy market, ER-Marine believes that offshore wind and fisheries/aquaculture are not mutually exclusive but instead can co-exist (and even create sustainable development co-benefits for local communities.)

As the local representative of Ecocean, ER-Marine provides scientifically validated solutions to observe and boost marine biodiversity. This will improve the acceptability of the project, currently one of the major obstacles in the permitting process.

To address these challenges, ER-Marine has also partnered with Gaia Consult Inc., Korea's first E&S safeguard consulting firm meeting international standards, which will provide consultation, communication and complaint follow-up in consultation with all stakeholders and in accordance with international principles.

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About the Creator

Erik Roelans

I am founder and CEO of ER-MARINE and write about the green energy transition, renewable energy challenges, climate change, offshore wind permitting, policy dialogue, marine biodiversity, renewables and floating offshore wind development.

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