solar map - labelab
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SOLAR MAP
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SOLAR MAPComune di Ravenna
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Project partners
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Local and regional authorities:
City of Warsaw (PL)
(Lead Partner)
City of Klagenfurt (AT)
Province of Ravenna
(IT)
Province of Turin (IT)
Expert institutions:
Energy conservation
foundation (PL)
Ecopower Stock Exchange
Salzburg (AT)
Research Studios Austria (AT)
Local Agenda 21 for Dresden
(DE)
Environment Park Turin (IT)
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SOLAR MAPScope of the SOLAR MAP
ss
Mapping the availability of solar irradiation on
building roofs
to support the sensitisation for existing solar
potentials in order to provide basa data for planning
optimized solar utilization
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SOLAR MAPData Sources
� Atmospheric effects
� Geographical site position and elevation
� Terrain characteristics - Topography
� Height value of buildings
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SOLAR MAP
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SOLAR MAPProcessing Datasets
� Models are combined with raster and vector data
sources to estimate the incoming solar radiation
hitting the roofs
� The solar radiation estimation is computed within
the ESRI Arc-Giz software.
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SOLAR MAP
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Figure 1: building footprints (height extrusion) and topographic layer
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SOLAR MAP
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Figure 2: Solar Radiation Arc-Gis application with building footprints and topographic layer.
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SOLAR MAP
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Figure 3: Solar Radiation Arc-Gis application with building footprints – the roofs classified according to the incoming global solar irradiance (yearly avarage values)
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SOLAR MAP
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Figure 4: Solar Radiation Arc-Gis application with building footprints – the roofs classified according to the incoming global solar irradiance (yearly avarage values)
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SOLAR MAP
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Figure 5: Solar Radiation Arc-Gis application with building footprints – the roofs classified according to the incoming global solar irradiance (yearly avarage values)
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Project partners
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ContactsDott.ssa Valentina Amadori [email protected]
Prof. Leonardo Setti [email protected]
“Università Degli Studi di Bologna” Department Industrial Chemistry
Viale del Risorgimento, 4 40136 Bologna
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Project partners
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Thank you for your
attention!