So, in fact the program knows that in a certain time interval (HH1:MM1 → HH2:MM2) defined by the user you have the EV scheduled to charge and it doesn’t charge or discharge the battery in that time interval?
And you measure the energy at the beginning of the interval and at the end of the interval and then, by difference, know the energy absorbed by the EV?
Victron/Deye+Solarman: new special option: Disconnect from grid when nothing to do: (a) no PV, (b) no battery charge from grid, (c) no battery discharge to grid, (d) SOC>MinSOC and (e) no EV charge
Optimizer based on prices: new option: Block discharge if difference between sale amount and purchase amount in the next 12 hours (not 24!) is less than X
Meteorological alerts: it is possible to link the occurrence of a meteorological warning of a specified type (e.g.: wind) and level (e.g.: severe) with the enforcement of maintaining a specified high SOC in the batteries for the duration of this warning (via a optimizer based on prices). The data comes from MeteoAlarm (Europe) or IMGW (Poland)