Closed MaykThewessen closed 2 years ago
maybe this isn't a real problem, maybe it is realistic, thus low priority
sunday 24 april: 10.05GW actual production dutch PV estimated by function installed NL capacity: 14.8 GWp thus ratio: 67,9%
in my code: actual max production solar: 8.22 GW max in april! this is low, and the max stays the same the rest of the year ratio: 55.5% hypothesis: probably due to max AC/DC ratio's set in ETM model:
problem with this is: non true value of PV curtailment, + non true accuracy for possible V2G charge moments etc
Updated ETM, reduced all curtailment settingwith 5% points, to match current NL situation more closely:
note: in 2030 actual average fixed curtailment will be higher, since paradigm shifts occurs with newly installed PV installations due to electricity prices flooring during 11-14h on sunny days, and due to SDE++ regulations having 30 or 50% fixed curtailment and due to increased difficulty of having transport capacity available to new PV projects
this now results in having zero prices in 2022 as well! the little higher power in PV pushes residual load negative in 2022 as well already, this also activates V2G for a very small part
so it did make an impact that is useful, glad to have done it
too much DC/AC fixed in. the model, in reality this is less, so spikes are higher
since currently only 10GW max occurs with 14.8GWp in model
in reality it will be closer to 12 or so - so task: reduce flexibility dc/ac ratio of pv in ETM and export data set again