The Global Energy System Model (GENeSYS-MOD) - Data repository
Complete fundamental data repository for GENeSYS-MOD. All input parameters are presented with source tags, including general input (Par_) and time series input (TS_). A complete overview of all input parameters, including description and unit, is presented in Overview_GENeSYS-MOD.csv. Sources for all data is included within each input parameter folder, along with general assumptions (see Assumptions.txt) on how the data is created when relevant.
- It is forbidden to modify or add data without adding a source tag.
- All input parameters are given in .csv-files with comma (,) as the delimiter.
- A source tag must not include semicolon (;) or quotation marks (").
- A source tag can be based on several assumptions. These assumptions can be elaborated upon in Assumptions.txt.
- A source tag includes a datestamp for when it was updated. Format: dd.mm.yyyy
- A source tag includes a contact person with e-mail adress. Format: Firstname Lastname <email adress>
- The fundamental data should have a source tag. If it doesn't, it needs to be updated.
- All data sheets, reports, or data files that are used as sources should be uploaded to the data repository within 00_Sources. Further, add source name, file name, and which input parameters it is used for in 00_Overview_Sources.csv.
If the data modification is linked to a specific project/scenario, the fundamental data shall not be modified. Rather, create a new project/scenario folder within each of the input parameters that have different data from the fundamental data in that project/scenario. Within the new project/scenario folder, a .csv-file should be created with the input parameter name, and it shall contain the data to be overwritten when running GENeSYS-MOD for that project/scenario. Note that the format of the new .csv-file must match the format of the fundamental .csv-file for each respective input parameter, but the new .csv-file does not need to contain all the rows of the fundamental .csv-file.
| Index | (...) | Index | Value | <empty column> | Unit | Source | Updated at (dd.mm.yyyy) | Updated by (Firstname Lastname <email adress>) |
|---|
| Region | Technology | Year | Value | Unit | Source | Updated at | Updated by | |
|---|---|---|---|---|---|---|---|---|
| World | RES_Geothermal | 2018 | 4970 | MEUR/GW | Geothermal Power- Table 1.7- High cost of slow energy transitions for emerging countries: On the case of Egypt's pathway options- Appendix A Supplementary data | 06.09.2023 | John Johnson <name@domain.com> |
| Emission | Year | Value | Unit | Source | Updated at | Updated by | |
|---|---|---|---|---|---|---|---|
| CO2 | 2018 | 99999 | Mton | Assumption that makes the constraint not effective | 06.09.2023 | John Johnson <name@domain.com> |
| Region | Region | Fuel | Value | Unit | Source | Updated at | Updated by | |
|---|---|---|---|---|---|---|---|---|
| AT | CH | Biofuel | 439 | km | Own calulation of distance - see txt.file for more Info | 06.09.2023 | John Johnson <name@domain.com> |