Fiamma Giovacchini_ 通过可互操作、互联的环境降低风电场风险实现综合地面模型的构建和管理.pdf

1、De-risking windfarms with an interoperable,interconnected environment for Integrated Ground Model building and management.13thMarch 2024Fiamma Giovacchini Geologist and Customer Solutions Specialist,Seequent 2024 Seequent,The Bentley Subsurface Company 2024 Seequent,The Bentley Subsurface Company2Sc

2、ene SettingThe Challenges Inflation and interest rates“disproportionately impacted offshore wind,which saw a 50%rise in its LCOEs(Levelised Costs of Energy)from 2021 to 2023.”-Deloitte Research Center for Energy&Industrials,US High costs associated to offshore investigations and installation of offs

3、hore wind arrays Increased size of arrays and turbine&power drive increase lead to increased impact of uncertainty and risk Data can be locked Multidisciplinary teams risk of siloing Lack of interoperability Multiple stakeholders owners,operators,investors,consultants,regulators,insurersThe Need Glo

4、bal expectations for offshore wind capacity to meet clean energy targets for 2030 Speed of growth=pressure on contractors and operators to commission offshore windfarms 2024 Seequent,The Bentley Subsurface Company3What Do We Mean by Integrated Ground Model?The Integrated Ground Model(IGM)at the IJV

5、Investigation Area is the result of iterative integration techniques using a wide range of datasets and processes.The scope for the integrated ground model and digital deliverables includes:Evolutionary geological setting Geophysical units and seismostratigraphy Summary of soil units Integration of

6、geophysical units and soil units for the site to develop soil province maps Geo-risk register Compilation of geodata and GIS formats;3D geological modelEngineering Geological Model(EGM)a comprehensive knowledge framework that allows for the logical evaluation and interpretation of the geological()co