I used to use the Grid Charge Setting feature to enable charging the battery between midnight and 05:30. If the battery didn't need charging I disabled the setting which allowed for cheap grid usage between these times without using the battery. At 05:30 this reverted back to self use or feed-in priority. I've started to experiment with mode scheduler, but have noticed that once the battery charges by about 02:00 it starts to be used and then charged again until 05:30 when the next schedule kicks in. Is there a way to prevent the battery being used during the off peak session?
The usage diagram shows the battery being charged to 85% by 01:50 and then the heat pump starts to draw power from the battery at 03:00 to heat the hot water. At 03:25 grid consumption spikes to recharge the battery, and this repeats twice more until the hot water is heated by 04:00.
Thanks
Attachments:
H3 Pro 15.0 Inverter (Master 1.58, Slave 1.06, Manager 1.33)
3 x EP11 (ver 1.06)
40 x 430w (3 arrays)
2 x Baxi Heatpumps
FoxCloud 2 Android V2.1.38
3 x EP11 (ver 1.06)
40 x 430w (3 arrays)
2 x Baxi Heatpumps
FoxCloud 2 Android V2.1.38
Try setting your Force Charge minSoC to 85% (or the same as your MaxSoC setting) - that way when it gets to 85% it won’t allow the battery to be discharged and will maintain 85%.
The minSoC setting is left as per the last schedule but your next schedule item at 05:30 resets it back to 10% so it should just need that one change to your Force Charge schedule.
The minSoC setting is left as per the last schedule but your next schedule item at 05:30 resets it back to 10% so it should just need that one change to your Force Charge schedule.
Thanks for the quick response. I'll give that a try 

H3 Pro 15.0 Inverter (Master 1.58, Slave 1.06, Manager 1.33)
3 x EP11 (ver 1.06)
40 x 430w (3 arrays)
2 x Baxi Heatpumps
FoxCloud 2 Android V2.1.38
3 x EP11 (ver 1.06)
40 x 430w (3 arrays)
2 x Baxi Heatpumps
FoxCloud 2 Android V2.1.38
The battery still discharged a little to supply the heat pump at 03:00. I tried to add FDSOC 85% on web interface but it was greyed out. I was successful on the android app though. Neither web or app would let me alter the Min SoC setting. It stayed at 10%.
Is there an alternate way to mimic the 'battery not being used setting' (force grid use while on cheap overnight slot) used in the basic grid charge setting? I could add another schedule between 02:00 and 05:30 if so.
I suspect once it gets colder and the heat pumps are on 24/7 I'll do very little, if any, feed-in or forced discharge and may revert back to the basic grid charge settings. The forced discharge has been an experiment over a month to see if it makes much financial difference vs increased battery wear. Over summer I used feed-in priority and could go 2 weeks without charging the battery.
Thanks
Is there an alternate way to mimic the 'battery not being used setting' (force grid use while on cheap overnight slot) used in the basic grid charge setting? I could add another schedule between 02:00 and 05:30 if so.
I suspect once it gets colder and the heat pumps are on 24/7 I'll do very little, if any, feed-in or forced discharge and may revert back to the basic grid charge settings. The forced discharge has been an experiment over a month to see if it makes much financial difference vs increased battery wear. Over summer I used feed-in priority and could go 2 weeks without charging the battery.
Thanks
H3 Pro 15.0 Inverter (Master 1.58, Slave 1.06, Manager 1.33)
3 x EP11 (ver 1.06)
40 x 430w (3 arrays)
2 x Baxi Heatpumps
FoxCloud 2 Android V2.1.38
3 x EP11 (ver 1.06)
40 x 430w (3 arrays)
2 x Baxi Heatpumps
FoxCloud 2 Android V2.1.38
I experimented with setting the mode to Backup and created a new slot between 02:00 and 05:29 and set MinSoc, FDSoc and MaxSoc to 85% and this seemed to work. Looking at the discharge and gridconsumption power graphs, the battery, once charged to 85% between 00:00 and 01:59, held it's charge and was not used again until after 05:30.
Thanks again for your suggestions
Thanks again for your suggestions

H3 Pro 15.0 Inverter (Master 1.58, Slave 1.06, Manager 1.33)
3 x EP11 (ver 1.06)
40 x 430w (3 arrays)
2 x Baxi Heatpumps
FoxCloud 2 Android V2.1.38
3 x EP11 (ver 1.06)
40 x 430w (3 arrays)
2 x Baxi Heatpumps
FoxCloud 2 Android V2.1.38