GASP Global: Difference between revisions
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=== Dimensions === | === Dimensions === | ||
The following dimensions are used within the GASP parameters. Please note that not all dimensions are relevant or used for every GASP parameter. | The following dimensions are used within the GASP parameters: The first four (longitude, latitude, height and sector) are used for the basic paraters; the last three (ws_class, iec_class and turbine_component) are used for the turbine classification. Please note that not all dimensions are relevant or used for every GASP parameter. | ||
{| class="wikitable" | {| class="wikitable" | ||
|+ align="bottom"|Table: List of dimensions (basic parameters / dimensions) | |+ align="bottom"|Table: List of dimensions (basic parameters / dimensions) | ||
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|deg | |deg | ||
|0,30,...,330 | |0,30,...,330 | ||
|- | |||
|ws_class | |||
|wcl | |||
|- | |||
|I,II,III,T | |||
|- | |||
|iec_class | |||
|iecc | |||
|- | |||
|IA+, IA,...IIIC | |||
|- | |||
|turbine_component | |||
|tc | |||
|- | |||
|0,1,2,3 | |||
|} | |} | ||
Revision as of 13:42, 8 June 2021
Introduction
GASP Global is "GASP 1.0 - Global of Atlas of Siting Parameters", with the following key features:
- Global 250m wind resources, siting parameters & turbine design class
- Builds on GWA3.0 and other sources
- A joint project by EMD and DTU
Dataset Overview
- Spatial coverage: Global (offshore areas are covered up to xx km from the coastline)
- Resolution: 250m
- Data-type: Atlas
- Coordinate system: Geographical coordinates (EPSG: 4326) in original data
- Version: 1.0
Availability from within EMD software
- windPRO: Click 'Data' -> 'Siting parameters (GASP etc)' to access the download tool. Data is loaded into a result layer.
- windPROSPECTING: GASP data is available through the data-tab named 'Site-prospecting'. Access to windPROSPECTING - here.
- EMD-API: Read more at the dedicated wiki-page for our Global Atlas Data Services - here.
Parameters
A very wide range of omnidirectional and sectorwise parameters are available from the Global Atlas of Siting Parameters (GASP) - including wind resources, extremes, siting parameters and turbine design classes. The tables below provides an overview of all parameters available and at which dimensions that they are available.
Dimensions
The following dimensions are used within the GASP parameters: The first four (longitude, latitude, height and sector) are used for the basic paraters; the last three (ws_class, iec_class and turbine_component) are used for the turbine classification. Please note that not all dimensions are relevant or used for every GASP parameter.
| Dimension | Abbreviation | Unit | Range |
|---|---|---|---|
| longitude | lon | deg | 180 to -180 |
| latitude | lat | deg | 90 to -90 |
| height | h | m | 50,100,150 |
| sector | s | deg | 0,30,...,330 |
| ws_class | wcl | ||
| I,II,III,T | |||
| iec_class | iecc | ||
| IA+, IA,...IIIC | |||
| turbine_component | tc | ||
| 0,1,2,3 |
License and Attribution
The data is available throguth a Creative commons 4.0 by attribution license (CC BY 4.0).
Please accept the license conditions and use a proper attribution when using this dataset, such as:
GASP 1.0, by EMD and DTU, is a free dataset accessible via windprospecting.com, windPRO and EMD-API.
Acknowledgement
- Develoment and integration of this dataset into EMD services was done through the GASP project which is co-funded by the EUDP and the Danish Energy Agency
External Links
- GASP Project Home-Page at DTU - here