Closed OskarVagero closed 2 months ago
It is worth noting that there seems to be no reported capacities in Denmark, Estonia, Greece, Luxembourg and the Netherland.
Looking at it specifically for Norway, where we have a very good comparison in terms of the Norwegian Water and Energy Directorate's (NVE) hydropower database: https://temakart.nve.no/tema/vannkraft
Units in MW
NUTS_ID | NVE | JRC | abs_diff | perc_diff |
---|---|---|---|---|
NO02 | 2577.13 | 2420.82 | 156.31 | 6.065274 |
NO06 | 1947.14 | 1834.07 | 113.07 | 5.806978 |
NO07 | 5385.44 | 5158.83 | 226.61 | 4.207827 |
NO08 | 4167.41 | 3405.40 | 762.01 | 18.284978 |
NO09 | 6348.22 | 6114.17 | 234.05 | 3.686860 |
NO0A | 14969.39 | 14201.90 | 767.49 | 5.127063 |
After discussing with @absolute-afloat, we think that the best play might be to use the JRC database (also available and maintained on GitHub, https://github.com/energy-modelling-toolkit/hydro-power-database). Unless we expect a large amount of decommissioned hydropower plants, the higher value seems more likely (easier to miss a power plant than to make one up out of thin air).
We can contribute to the hydropower database where we have better data (e.g. NO, SE and ES).
This issue was resolved with PR #43. Closing issue.
Marianne recently mentioned The Energy and Industry Geography Lab and while exploring this I compared the hydropower database to ours. The installed capacities are different (not by a large extent), but could be worth comparing more in detail and especially for disaggregation, as the file contains some spatial information beyond country.