Meaning - it is "for fun" charging with ESS#1 and ESS#2 from 30% to 33% .. and then it "just uses the 3%" for loads and then it again charges with ESS#1 and ESS#2 the 3% and uses them for
Mein Multiplus II 48/5000 entlädt den Akku über eine große Spanne relativ problemlos, aber im unteren SOC Bereich habe ich Schwierigkeiten mit der Optimierung. Ich habe 10% SOC
When weather conditions change, and more solar energy becomes available, the system will once again lower the Low SoC limit, day by day, making more battery capacity available for use (it will eventually return to the user-preset limit) - whilst still ensuring that the battery SoC ends each day at or close to 100%.
When daily SOC level gets over 80% and less than 85% active SOC limit is unchanged. When, during the day, SOC gets over 85%, the active SOC limit is lowered by 5%. As a result, when Sun is scarce, the SOC stays at around 80% when grid is present, and will newer get above that level.
Let assume that "minimum SOC setting" is set at 35%. SOC will go below 35% only when grid is missing. If grid is always present SOC will not ever go below 35%. If grid is missing and SOC goes below 35%, than at the grid return, battery will be charged from grid only if PV is not available.
In normal use with ESS, you want the discharge to be only stopped by the Minimum SOC. With BatteryLife not enabled and a relatively low Minimum SOC value, you use more energy from the Sun over time. For instance you always take advantage of a day with full Sun which follows a streak of cloudy days.
You need a grid code if you want to use ESS assistant. As for not feeding a grid, you just tell your system not to do it. Set minimum SOC to 30% and grid setpoint above 0W. Because you have only MPPT chargers they will be used only for loads and battery charging.
With ESS in Optimize mode the system will always remain connected - even when the batteries are full. And although connected, the power draw is not substantial - this configuration offers the stability of the grid without additional grid consumption. 10.4. Q4: Why is the VE.Bus state in pass-through?
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