All G+ members must provide their health and safety incident data for all their offshore wind farm sites across the world, from development to decommissioning stage. The Energy Institute collects, analyses and publishes incident data, demonstrating:

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G+ leadership through the development of an evidence-based work programme.

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An understanding and awareness of the health and safety issues, which form the basis for G+ member operations and stakeholder engagement.

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A clear desire to improve the safety performance of G+ members and their contractors through the collection, analysis and sharing of health and safety information on hazards.

Below, through Power BI, you can interactively navigate the G+ 2022 incident data. It allows you to interrogate the data and explore where incidents occurred, the main work processes during which incidents happened, as well as the consequences of the incidents. Should you have any questions on the G+ health and safety statistics work programme please contact us.

G+ 2022 incident data

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Incident reports

The G+ provides the hard copies of any of the incident data report, and they can be ordered through the Energy Institute.

The G+ incident data is published on a yearly basis to provide an overview of the safety occurrences in that specific year in a structure which is consistent with previous years. This allows stakeholders to learn from past incidents and accidents effectively. This is a crucial step in providing key information and trends to stakeholders transparently and openly. This report presents the snapshot of safety occurrences under key headlines, but the G+ dataset is a live dataset which evolves with the collaboration and input from its members. The G+ encourages further data analysis and welcomes queries from interested stakeholders.

Should you have any questions on the report please contact us.

G+ 2021 incident data report

The data collected in 2020 has been analysed and presented in a report, which builds on the 2019 Data report, allowing the industry as a whole to evaluate its performance through the publication of LTIF and TRIR benchmark metrics.

The G+ hope that this report provides a reference for offshore wind health and safety and continues to be a useful tool for industry to document the evolution and improvements in the sector's performance.

Should you have any questions on the report please contact us.

G+ 2020 incident data report

G+ 2020 incident data report summary for technicians

The data collected in 2019 has been analysed and presented in a report, which builds on the 2018 Data report, allowing the industry as a whole to evaluate its performance through the publication of LTIF and TRIR benchmark metrics.

The G+ hope that this report provides a reference for offshore wind health and safety and continues to be a useful tool for industry to document the evolution and improvements in the sector's performance.

Should you have any questions on the report please contact us.

G+ 2019 incident data report

G+ 2019 incident data report summary for technicians

The data collected in 2018 has been analysed and presented in a report, which builds on the 2017 Data report, allowing the industry as a whole to evaluate its performance through the publication of LTIF and TRIR benchmark metrics, which have experienced a remarkable improvement in 2018. This year, and for the first time, the G+ has also collected and presented country-specific information.

The G+ hope that this report provides a reference for offshore wind health and safety and continues to be a useful tool for industry to document the evolution and improvements in the sector's performance.

Should you have any questions on the report please contact us.

G+ 2018 incident data report

The data collected in 2017 has been analysed and presented in a report, which builds on the 2016 Data report, allowing the industry as a whole to evaluate its performance through the publication of LTIF and TRIR benchmark metrics.

The G+ hope that this report provides a reference for offshore wind health and safety and continues to be a useful tool for industry to document the evolution and improvements in the sector's performance.

Should you have any questions on the report please contact us.

G+ 2017 incident data report

The data collected in 2016 has been analysed and presented in a report, which builds on the 2015 Data report, allowing the industry as a whole to evaluate its performance through the publication of LTIF and TRIR benchmark metrics.

The G+ hope that this report provides a reference for offshore wind health and safety and continues to be a useful tool for industry to document the evolution and improvements in the sector's performance.

Should you have any questions on the report please contact us.

G+ 2016 incident data report

The G+ has published the 2016 UK offshore wind health and safety statistics report. This report provides incident data for UK offshore wind farm sites (both G+ and non-G+ member operated).

As with the main G+ data report, the UK report provides a Lost Time Injury Frequency (LTIF) and a Total Recordable Injury Rate (TRIR) for the UK offshore wind industry. It also provides an overview of incidents that have occurred in different work areas and processes, together with a summary of the risk profile in the sector and areas and processes where most incidents have occurred.

Should you have any questions on the report please contact us.

G+ 2016 incident data report (UK only)

The data collected in 2015 has been analysed and presented in a report, which builds on the 2014 Data report, providing industry benchmarking LTIF and TRIR figures.

The G+ hope that this report provides a reference for offshore wind health and safety and continues to be a useful tool for industry to document the evolution and improvements in the sector's performance.

Should you have any questions on the report please contact us.

G9 2015 incident data report (Europe only)

The G+ has published the 2015 UK offshore wind HSE statistics report. This report provides incident data for UK offshore wind farm sites (both G+ and non-G+ member operated).

The first UK data report was published in 2014, the G+ has expanded the report analysis presented to now include dropped objects, medivacs and emergency response, and also high potential (HiPo) incidents.

The publication builds on the previous year’s report providing industry benchmarking LTIF and TRIR figures.

Should you have any questions on the report please contact us.

G9 2015 incident data report (UK only)

The data collected in 2014 has been analysed and presented in a report, which is available to download from this page.

The G+ hope that this report is well received and that it provides a useful reference for all those involved in improving health and safety performance in the offshore wind industry.

Should you have any questions on the report please contact us.

G9 2014 incident data report (Europe only)

In response to industry demand, the G+ has published a 2014 UK offshore wind HSE statistics report. This report provides incident data for UK offshore wind farm sites (both G+ and non-G+ member operated).

As with the main G+ data report, the UK report provides a Lost Time Injury Frequency (LTIF) and a Total Recordable Injury Rate (TRIR) for the UK offshore wind industry. It also provides an overview of incidents that have occurred in different work areas and processes, together with a summary of the risk profile in the sector and areas and processes where most incidents have occurred.

Should you have any questions on the report please contact us.

G9 2014 incident data report (UK only)

The data collected in 2013 has been analysed and presented in a report, which is available to download from this page.

The G+ hope that this report is well received and that it provides a useful reference for all those involved in improving health and safety performance in the offshore wind industry.

Should you have any questions on the report please contact us.

G9 2013 incident data report (Europe only)

G+ site map

The map below shows the G+ members sites that have provided incident data from 2013 to 2019.

Red Turbine Development sites Green Turbine Project sites Blue Turbine Operation sites