InnoWind deliverables
WP1 Satellite data and derived products
| D1.1 |
- Copernicus vegetation layers prepared for ingestion into mesoscale models version
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| D1.2 |
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| D1.3 |
- Novel products developed for surface parameterization at the micro-scale
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WP2 Parameters to flow models and global case studies
D2.1 |
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D2.2 |
- Case studies completed for min. 6 sites (PU)
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| D2.3 |
- Forest module for canopy-resolving microsscale models (PU)
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WP3 Exploitation and commercialisation
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D3.1
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D3.2
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D3.3 |
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D3.4 |
- Novel downstream products comercially distributed as ‘premium products’ (PU)
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D3.5 |
- Forest module released as add-on to flow modeling tools (PU)
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WP4 Dissemination
D4.1 |
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D4.2 |
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D4.3 |
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D4.4 |
- Online tutorials for use of InnoWind outputs (PU)
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WP5 Project management
InnoWind milestones
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- M5 Interim assessment of the effect of using novel data layers in flow models
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- M6 New methods published - at least two publ. in peer-reviewed journals
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WP1 Satellite data and derived products
D1.1 Copernicus vegetation layers prepared for ingestion into mesoscale models
D1.2 Dynamic roughness layers prepared for mesoscale modeling
D1.3 Novel products developed for surface parameterization at the micro-scale
WP2 Parameters to flow models and global case studies
D2.1 Requirements for new inputs to flow models (PU)
D2.2 Case studies completed for min. 6 sites (PU)
D2.3 Forest module for canopy-resolving microsscale models (PU)
WP3 Exploitation and commercialisation
D3.1 Business case updated and maintained according to PRINCE2® template
D3.2 Vegetation layers from Copernicus Global Land Service distributed (PU)
D3.3 Dynamic roughness maps distributed (PU)
D3.4 Novel downstream products comercially distributed as ‘premium products’ (PU)
D3.5 Forest module released as add-on to flow modeling tools (PU)
WP4 Dissemination
D4.1 Dissemination plan
D4.2 Project web site and social media accounts (PU)
D4.3 User workshops (PU)
D4.4 Online tutorials for use of InnoWind outputs (PU)
WP5 Project Management
D5.1 Interim project reports
D5.2 Final project report
D3.4 Novel downstream products comercially distributed as ‘premium products’ (PU)
D3.5 Forest module released as add-on to flow modeling tools (PU)
D5.3 Mid-term project evaluation
InnoWind Milestones
M1 Sites and data requirements identified for global trial cases - at least 10 sites
M2 Value chain demonstrated with data from Copernicus Global Land Service
M3 Method developed for dynamical roughness assessment from satellite data
M4 Method developed for SAR-based surface parameterisation
M5 Interim assessment of the effect of using novel data layers in flow models
M6 New methods published - at least two publ. in peer-reviewed journals