Slovenia Elevation Model
Introduction
The Slovenian elevation model is a digital terrain model (DTM) produced from LIDAR data sourced from the Agencija RS za okolje - the Slovenian Environment Agency and the Ministry of Environment and Spatial Planning. The derived elevation model delivered with windPRO is at 5m resolution. Coverage is the whole of the Republic of Slovenia.
The original Slovenian DTM model is at 1m resolution, however, the windPRO version is resampled by EMD to obtain a slightly coarser resolution (5 m) in order for the data to be operational for the larger areas needed in the context of wind farm analysis’.
In the dataset-documentation - vertical accuracy in the 1m resolution dataset is stated to be 0.07-0.11m (RMS). This was based on a sample with about 60 ground control points (GCP's).
Dataset Overview
- Spatial Coverage: Slovenia
- Resolution: 5 m
- Data-type: Digital Terrain Model (DTM)
- Coordinate system: EPSG: 3794 (D96TM)
- Version: Data downloaded in early 2019.
- Vertical Accuracy: 0.07-0.11m (RMS) based on 60 GCP's
Usage Notes
- Please allow 1-2 minutes for windPRO to process and download these high-resolution data. This is due to the size and resolution of the dataset.
Availability from within WindPRO
The data are available directly from within windPRO in 5-meter grid resolution. The data can be accessed from the online-services in the following objects:
- Line Object (with purpose to height contour lines)
- Elevation Grid Object
License and Attribution
The product is in the public domain with free access. However, please acknowledge the source of information and use a proper attribution when using this dataset, such as:
Contains: Modified elevation data from Agencija RS za okolje. Adapted and distributed by EMD and windPRO.
Acknowledgement
- The Agencija RS za okolje are thanked for producing this digital elevation dataset – and disseminating it in the public domain and thus for aiding the development of renewable energy.
- Integration of this dataset into EMD services was co-supported through the InnoWind project ([http://www.innowind.dk www.innowind.dk) which is co-funded by the Danish Innovation Fund