Post on 22-Jun-2020
transcript
Cross Border Geodesign
Inspire for wind turbine planning
Eduardo Dias, PhD
Geonovum
Vrije Universiteit Amsterdam
Geodan
25 years ago…
Geodesign is an iterative and
collaborative design and planning
method whereby an emerging design is influenced
by (scientific) knowledgederived from
geospatial technologies.
(Lee, Dias & Scholten, 2014)
Sketch
EvaluateAnalyse
Yin - Yang
Map Act
Falcon UI
Noise Model
direct and reflected waves
absorption through vegetation
diffraction shadow zone
Geometrical Spreading Diffraction
Atmospheric absorption Shadow zone
Different Landuse
Vegetation
Wind turbine actual shadow
Wind turbine average shadowyearly average seasonal average (winter)
monthly average (February)
Wind turbine visibility
Wind turbine energy yield
Restricted Area
Land Status Feedback
48R-50 H wind turbine 127R-135 H wind turbine
Existing Wind Turbines
I am inspired…
…. what about data from my country?
Input Data Service Type INSPIRE
Theme
An-
nex
comments
Building Address WFS Addresses I
Building Footprint WFS Buildings III
Building Height Data WFS Elevation II in combination with the
previous
Aerial Photo WMS Orthoimagery II
Terrain Height Model WMS Elevation II
Wind Velocity WMS Meteorogical geographical
features
III Also energy resources theme
Electricity Demand WMS -
Existing wind Turbine
Locations
WFS Energy resources III
Restriction Elements WFS - based on local legislation
Vegetation WFS Land cover II
Landuse WMS Land use III
Humidity WMS Meteorogical geographical
features
III
Publications
Rafiee, A., Van der Male, P., Dias, E., & Scholten, H. (2017). Developing a wind turbine planning platform: Integration of “sound propagation model–GIS-game engine” triplet. Environmental Modelling & Software, 95, 326-343.
Rafiee, A., Van der Male, P., Dias, E., & Scholten, H. (2018). Interactive 3D geodesign tool for multidisciplinary wind turbine planning. Journal of Environmental Management, 205, 107-124.
It is not about yes or no… it is about informed decisions…
Thank you!