openWB startet nicht direkt mit 3 Phasen wenn genug Überschuss vorhanden

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Nasdero
Beiträge: 419
Registriert: Mo Dez 16, 2019 9:01 pm

openWB startet nicht direkt mit 3 Phasen wenn genug Überschuss vorhanden

Beitrag von Nasdero »

Da das Thema von anderen auch immer wieder auftaucht, aber "versteckt" in anderen Themen, erstelle ich das Thema hier einmal.

z.B.: viewtopic.php?p=92861#p92861 & viewtopic.php?p=92813#p92813

Ich hatte das auch schon angesprochen, Lena hatte drauf geantwortet, das es so programmiert ist das erst 1p angefangen wird, egal wieviel Überschuß und dann erst nach der Zeit umgeschaltet wird.

aiole fragt nach einem LOG wenn ich das richtig verstanden hat zu dem Thema:
aiole hat geschrieben: ↑Sa Sep 16, 2023 9:11 pm # PV-Laden: braucht's ein Debuglog
"Überschuss zur PV-geführten Ladung: 8191.0W", da ich 10A mindeststrom habe, sollte das locker reichen um direkt zu starten, oder verstehe ich da etwas falch?

Hier bitte:

Code: Alles auswählen

2023-09-17 11:14:20,355 - {root:65} - {INFO:MainThread} - # ***Start*** 
2023-09-17 11:14:20,360 - {modules.devices.solaredge.device:100} - {DEBUG:device0} - Start device reading {'component0': <modules.devices.solaredge.counter.SolaredgeCounter object at 0x7f95e7c5ba00>, 'component2': <modules.devices.solaredge.bat.SolaredgeBat object at 0x7f95e42fe3a0>, 'component3': <modules.devices.solaredge.inverter.SolaredgeInverter object at 0x7f95e430ea60>, 'component4': <modules.devices.solaredge.inverter.SolaredgeInverter object at 0x7f95e42bd520>, 'component1': <modules.devices.solaredge.inverter.SolaredgeInverter object at 0x7f95e42c06a0>}
2023-09-17 11:14:20,361 - {modules.common.component_context:24} - {DEBUG:cp5} - Update Komponente ['Ladepunkt']
2023-09-17 11:14:20,361 - {urllib3.connectionpool:227} - {DEBUG:cp5} - Starting new HTTP connection (1): 192.168.1.101:80
2023-09-17 11:14:20,365 - {modules.common.component_context:24} - {DEBUG:device0} - Update Komponente ['SolarEdge Zähler']
2023-09-17 11:14:20,381 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [8827, 2506, 2600, 3720], Scale 0
2023-09-17 11:14:20,381 - {urllib3.connectionpool:452} - {DEBUG:cp5} - http://192.168.1.101:80 "GET /connect.php HTTP/1.1" 200 326
2023-09-17 11:14:20,382 - {modules.common.req:11} - {DEBUG:cp5} - Get-Response: {"date":"2023:09:17-09:14:20","timestamp":1694942060,"powers":[0,0,0],"power_all":0,"currents":[0,0,0],"imported":3127198,"exported":4542,"plug_state":true,"charge_state":false,"phases_actual":0,"phases_target":3,"phases_in_use":3,"offered_current":0,"evse_signaling":"basic","v2g_ready":0,"vehicle_id":null,"serial":"479411"}
2023-09-17 11:14:20,382 - {modules.common.store._api:26} - {DEBUG:cp5} - Raw data ChargepointState(voltages=[0.0, 0.0, 0.0], currents=[0, 0, 0], power_factors=[0.0, 0.0, 0.0], imported=3127198, exported=4542, power=0, phases_in_use=3, charge_state=False, plug_state=True, rfid=None)
2023-09-17 11:14:20,389 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [0, 0, 0], Scale -1
2023-09-17 11:14:20,405 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [24288, 24579, 24503, -23175, -23215, -23029, -23282], Scale -2
2023-09-17 11:14:20,429 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [4993], Scale -2
2023-09-17 11:14:20,443 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [-9970, -9985, -9999], Scale -2
2023-09-17 11:14:20,472 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [49710320, 21963976, 23568928, 21431708, 20632001, 16444283, 12754108, 8687897], Scale 0
2023-09-17 11:14:20,473 - {modules.common.store._api:26} - {DEBUG:device0} - Raw data CounterState(voltages=[242.88, 245.79, 245.03], powers=[-2506.0, -2600.0, -3720.0], currents=[0.0, 0.0, 0.0], power_factors=[-0.997, -0.9985, -0.9999000000000001], imported=20632001.0, exported=49710320.0, power=-8827.0, frequency=49.93)
2023-09-17 11:14:20,473 - {modules.common.component_context:24} - {DEBUG:device0} - Update Komponente ['SolarEdge Speicher']
2023-09-17 11:14:20,518 - {modules.common.simcount._simcount:38} - {DEBUG:device0} - Previous state: SimCounterState(timestamp=1694942040.6178174, power=884.0, imported=242384.18321916368, exported=214804.67245786433)
2023-09-17 11:14:20,518 - {modules.common.simcount._calculate:13} - {DEBUG:device0} - time passed: 0.00552793, power1: 884, power2: 886
2023-09-17 11:14:20,518 - {modules.common.simcount._calculate:29} - {DEBUG:device0} - power did not change sign. Total energy: 4.89222
2023-09-17 11:14:20,518 - {modules.common.simcount._simcount:47} - {DEBUG:device0} - imported: 4.89222 Wh, exported: 0 Wh, new state: SimCounterState(timestamp=1694942060.5183668, power=886.0, imported=242389.07543756074, exported=214804.67245786433)
2023-09-17 11:14:20,518 - {modules.common.store._api:26} - {DEBUG:device0} - Raw data BatState(imported=242389.07543756074, exported=214804.67245786433, power=886.0, soc=99.49452209472656)
2023-09-17 11:14:20,518 - {modules.common.component_context:24} - {DEBUG:device0} - Update Komponente ['SolarEdge Wechselrichter 2']
2023-09-17 11:14:20,591 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [3656], Scale 0
2023-09-17 11:14:20,640 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [35795968], Scale 0
2023-09-17 11:14:20,689 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [15015, 65535, 65535], Scale -3
2023-09-17 11:14:20,746 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [3711], Scale 0
2023-09-17 11:14:20,746 - {modules.common.component_state:95} - {DEBUG:device0} - currents sign wrong [15.015, 0, 0]
2023-09-17 11:14:20,746 - {modules.common.store._api:26} - {DEBUG:device0} - Raw data InverterState(currents=[15.015, 0, 0], power=-3656.0, exported=35795968.0, dc_power=-3711.0)
2023-09-17 11:14:20,746 - {modules.common.component_context:24} - {DEBUG:device0} - Update Komponente ['SolarEdge Wechselrichter 3']
2023-09-17 11:14:20,794 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [3806], Scale 0
2023-09-17 11:14:20,848 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [27899932], Scale 0
2023-09-17 11:14:20,925 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [1552, 65535, 65535], Scale -2
2023-09-17 11:14:21,019 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [3864], Scale 0
2023-09-17 11:14:21,019 - {modules.common.component_state:95} - {DEBUG:device0} - currents sign wrong [15.52, 0, 0]
2023-09-17 11:14:21,019 - {modules.common.store._api:26} - {DEBUG:device0} - Raw data InverterState(currents=[15.52, 0, 0], power=-3806.0, exported=27899932.0, dc_power=-3864.0)
2023-09-17 11:14:21,020 - {modules.common.component_context:24} - {DEBUG:device0} - Update Komponente ['SolarEdge Wechselrichter 1']
2023-09-17 11:14:21,025 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [28100], Scale -1
2023-09-17 11:14:21,037 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [40454268], Scale 0
2023-09-17 11:14:21,043 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [11593, 65535, 65535], Scale -3
2023-09-17 11:14:21,049 - {modules.devices.solaredge.scale:16} - {DEBUG:device0} - Registers [28527], Scale -1
2023-09-17 11:14:21,049 - {modules.common.component_state:95} - {DEBUG:device0} - currents sign wrong [11.593, 0, 0]
2023-09-17 11:14:21,049 - {modules.common.store._api:26} - {DEBUG:device0} - Raw data InverterState(currents=[11.593, 0, 0], power=-2810.0, exported=40454268.0, dc_power=-2852.7000000000003)
2023-09-17 11:14:21,050 - {modules.common.component_context:24} - {DEBUG:component2} - Update Komponente ['SolarEdge Speicher']
2023-09-17 11:14:21,050 - {modules.common.store._api:30} - {INFO:component2} - Saving BatState(imported=242389.07543756074, exported=214804.67245786433, power=886.0, soc=99.49452209472656)
2023-09-17 11:14:21,053 - {modules.common.component_context:24} - {DEBUG:component1} - Update Komponente ['SolarEdge Wechselrichter 1']
2023-09-17 11:14:21,054 - {modules.common.store._api:26} - {DEBUG:component1} - Raw data InverterState(currents=[0.0, 0.0, 0.0], power=-3696.0, exported=40481852.41, dc_power=None)
2023-09-17 11:14:21,054 - {modules.common.store._api:30} - {INFO:component1} - Saving InverterState(currents=[0.0, 0.0, 0.0], power=-3696.0, exported=40481852.41, dc_power=None)
2023-09-17 11:14:21,054 - {modules.common.component_context:24} - {DEBUG:component3} - Update Komponente ['SolarEdge Wechselrichter 2']
2023-09-17 11:14:21,055 - {modules.common.store._api:26} - {DEBUG:component3} - Raw data InverterState(currents=[0.0, 0.0, 0.0], power=-3656.0, exported=35795968.0, dc_power=None)
2023-09-17 11:14:21,055 - {modules.common.store._api:30} - {INFO:component3} - Saving InverterState(currents=[0.0, 0.0, 0.0], power=-3656.0, exported=35795968.0, dc_power=None)
2023-09-17 11:14:21,056 - {modules.common.component_context:24} - {DEBUG:component4} - Update Komponente ['SolarEdge Wechselrichter 3']
2023-09-17 11:14:21,057 - {modules.common.store._api:26} - {DEBUG:component4} - Raw data InverterState(currents=[0.0, 0.0, 0.0], power=-3806.0, exported=27899932.0, dc_power=None)
2023-09-17 11:14:21,057 - {modules.common.store._api:30} - {INFO:component4} - Saving InverterState(currents=[0.0, 0.0, 0.0], power=-3806.0, exported=27899932.0, dc_power=None)
2023-09-17 11:14:21,059 - {modules.common.component_context:24} - {DEBUG:cp5} - Update Komponente ['Ladepunkt']
2023-09-17 11:14:21,059 - {modules.common.store._api:30} - {INFO:cp5} - Saving ChargepointState(voltages=[0.0, 0.0, 0.0], currents=[0, 0, 0], power_factors=[0.0, 0.0, 0.0], imported=3127198, exported=4542, power=0, phases_in_use=3, charge_state=False, plug_state=True, rfid=None)
2023-09-17 11:14:21,064 - {modules.common.component_context:24} - {DEBUG:component0} - Update Komponente ['SolarEdge Zähler']
2023-09-17 11:14:21,064 - {modules.common.store._api:30} - {INFO:component0} - Saving CounterState(voltages=[242.88, 245.79, 245.03], powers=[-2506.0, -2600.0, -3720.0], currents=[0.0, 0.0, 0.0], power_factors=[-0.997, -0.9985, -0.9999000000000001], imported=20632001.0, exported=49710320.0, power=-8827.0, frequency=49.93)
2023-09-17 11:14:21,080 - {control.bat_all:200} - {DEBUG:MainThread} - Verbleibende Speicher-Leistung: 886.0W
2023-09-17 11:14:21,080 - {control.bat_all:204} - {DEBUG:MainThread} - Reservierte Ladeleistung (1500W) subtrahieren: -614.0
2023-09-17 11:14:21,080 - {control.bat_all:164} - {INFO:MainThread} - -614.0W verbleibende Speicher-Leistung
2023-09-17 11:14:21,082 - {control.counter:138} - {INFO:MainThread} - Verbleibende Ströme an Zähler 0: [35.0, 35.0, 35.0]A
2023-09-17 11:14:21,082 - {control.counter:161} - {INFO:MainThread} - Verbleibende Leistung an Zähler 0: 32827.0W
2023-09-17 11:14:21,082 - {control.chargepoint.chargepoint:801} - {DEBUG:MainThread} - SoC nach Anstecken
2023-09-17 11:14:21,086 - {control.chargepoint.chargepoint:908} - {DEBUG:MainThread} - SoC nach EV-Wechsel
2023-09-17 11:14:21,086 - {control.chargepoint.chargepoint:661} - {DEBUG:MainThread} - EV-Phasenzahl beschränkt die nutzbaren Phasen auf 3
2023-09-17 11:14:21,086 - {control.chargepoint.chargepoint:644} - {DEBUG:MainThread} - Phasenzahl Lademodus: 1
2023-09-17 11:14:21,087 - {control.ev:379} - {DEBUG:MainThread} - Änderung des Lademodus
2023-09-17 11:14:21,088 - {control.chargepoint.chargepoint:852} - {INFO:MainThread} - LP 5, EV: Renault ZOE (EV-Nr.1): Theoretisch benötigter Strom 10A, Lademodus pv_charging, Submodus: Chargemode.PV_CHARGING, Phasen: 1, Priorität: False, max. Ist-Strom: 0
2023-09-17 11:14:21,092 - {control.data:337} - {INFO:MainThread} - bat2
BatData(get=Get(soc=99, daily_exported=3258.3, daily_imported=8353.29, imported=242389.08, exported=214804.67, fault_state=0, fault_str='Kein Fehler.', power=886.0))
2023-09-17 11:14:21,093 - {control.data:307} - {INFO:MainThread} - bat_all_data
BatAllData(config=Config(configured=True), get=Get(soc=99, daily_exported=3258.3, daily_imported=8353.29, imported=242389.08, exported=214804.67, power=886.0), set=Set(charging_power_left=-614.0, switch_on_soc_reached=True))
2023-09-17 11:14:21,093 - {control.data:308} - {INFO:MainThread} - cp_all_data
AllChargepointData(get=AllGet(daily_imported=0, daily_exported=0, power=0, imported=3127198, exported=4542))
2023-09-17 11:14:21,093 - {control.data:337} - {INFO:MainThread} - cp5
ChargepointData(get=Get(charge_state=False, connected_vehicle=ConnectedVehicle(config=ConnectedConfig(average_consumption=17, charge_template=0, chargemode='stop', current_plan=0, ev_template=0, priority=False, time_charging_in_use=False), info=ConnectedInfo(id=0, name='Ladepunkt'), soc=73.0), currents=[0, 0, 0], daily_imported=0, daily_exported=0, exported=4542, fault_str='Kein Fehler.', fault_state=0, imported=3127198, phases_in_use=3, plug_state=True, power=0, rfid_timestamp=None, rfid=None, state_str=None, voltages=[0.0, 0.0, 0.0]), set=Set(change_ev_permitted=[True, ''], charging_ev=1, charging_ev_prev=1, current=0, energy_to_charge=0, loadmanagement_available=True, log=Log(chargemode_log_entry='_', imported_at_mode_switch=0, imported_at_plugtime=0, imported_since_mode_switch=0, imported_since_plugged=0, range_charged=0, time_charged='00:00', timestamp_start_charging=None), manual_lock=False, phases_to_use=3, plug_state_prev=False, plug_time='09/17/2023, 11:14:21', required_power=2300.0, rfid=None, target_current=0, charging_ev_data=<control.ev.Ev object at 0x7f95bbce4310>), config=Config(configuration={'ip_address': '192.168.1.101'}, ev=1, name='Standard-Ladepunkt', type='openwb_pro', template=0, connected_phases=3, phase_1=1, auto_phase_switch_hw=True, control_pilot_interruption_hw=True, id=5))
2023-09-17 11:14:21,093 - {control.data:337} - {INFO:MainThread} - cpt0
CpTemplateData(autolock=Autolock(active=False, plans={}, wait_for_charging_end=False), id=0, max_current_multi_phases=32, max_current_single_phase=32, name='Standard Ladepunkt-Vorlage', rfid_enabling=False, valid_tags=[])
2023-09-17 11:14:21,093 - {control.data:337} - {INFO:MainThread} - counter0
CounterData(config=Config(max_currents=[35, 35, 35], max_total_power=24000), get=Get(powers=[-2506.0, -2600.0, -3720.0], currents=[0.0, 0.0, 0.0], voltages=[242.88, 245.79, 245.03], power_factors=[-1.0, -1.0, -1.0], unbalanced_load=0, frequency=49.93, daily_exported=7340.0, daily_imported=1959.0, imported=20632001.0, exported=49710320.0, fault_state=0, fault_str='Kein Fehler.', power=-8827.0), set=Set(error_counter=0, reserved_surplus=0, released_surplus=0, raw_power_left=32827.0, raw_currents_left=[35.0, 35.0, 35.0], surplus_power_left=0, state_str=''))
2023-09-17 11:14:21,094 - {control.data:312} - {INFO:MainThread} - counter_all_data
CounterAllData(config=Config(reserve_for_not_charging=True), get=Get(hierarchy=[{'id': 0, 'type': 'counter', 'children': [{'id': 1, 'type': 'inverter', 'children': [{'id': 2, 'type': 'bat', 'children': []}]}, {'id': 3, 'type': 'inverter', 'children': []}, {'id': 4, 'type': 'inverter', 'children': []}, {'id': 5, 'type': 'cp', 'children': []}]}]), set=Set(loadmanagement_active=False, home_consumption=1445.0, invalid_home_consumption=0, daily_yield_home_consumption=12576.999999999996, disengageable_smarthome_power=0))
2023-09-17 11:14:21,094 - {control.data:337} - {INFO:MainThread} - ct0
ChargeTemplateData(name='Standard-Ladeprofil-Vorlage', disable_after_unplug=False, prio=False, load_default=False, time_charging=TimeCharging(active=False, plans={}), chargemode=Chargemode(selected='pv_charging', pv_charging=PvCharging(min_soc_current=10, min_current=0, feed_in_limit=False, min_soc=0, max_soc=101), scheduled_charging=ScheduledCharging(plans={}), instant_charging=InstantCharging(current=10, limit=Limit(selected='none', amount=10000, soc=50))))
2023-09-17 11:14:21,094 - {control.data:337} - {INFO:MainThread} - ct1
ChargeTemplateData(name='Renault ZOE', disable_after_unplug=False, prio=False, load_default=False, time_charging=TimeCharging(active=False, plans={}), chargemode=Chargemode(selected='pv_charging', pv_charging=PvCharging(min_soc_current=10, min_current=0, feed_in_limit=False, min_soc=0, max_soc=100), scheduled_charging=ScheduledCharging(plans={'1': ScheduledChargingPlan(active=True, frequency=Frequency(selected='daily', once='2023-08-14', weekly=[False, False, False, False, False, False, False]), current=24, name='Thomas-Arbeit', limit=ScheduledLimit(selected='amount', amount=10000, soc_limit=100, soc_scheduled=35), time='06:00')}), instant_charging=InstantCharging(current=32, limit=Limit(selected='soc', amount=11000, soc=45))))
2023-09-17 11:14:21,094 - {control.data:337} - {INFO:MainThread} - ct2
ChargeTemplateData(name='Opel Corsa', disable_after_unplug=False, prio=False, load_default=False, time_charging=TimeCharging(active=False, plans={}), chargemode=Chargemode(selected='pv_charging', pv_charging=PvCharging(min_soc_current=10, min_current=0, feed_in_limit=False, min_soc=0, max_soc=101), scheduled_charging=ScheduledCharging(plans={}), instant_charging=InstantCharging(current=32, limit=Limit(selected='amount', amount=10000, soc=50))))
2023-09-17 11:14:21,094 - {control.data:337} - {INFO:MainThread} - ev0
EvData(set=Set(ev_template=EvTemplate(data=EvTemplateData(name='Standard-Fahrzeug-Vorlage', max_current_multi_phases=32, max_phases=3, phase_switch_pause=2, prevent_phase_switch=False, prevent_charge_stop=False, control_pilot_interruption=True, control_pilot_interruption_duration=4, average_consump=17000, min_current=10, max_current_single_phase=32, battery_capacity=54000, nominal_difference=2.1, keep_charge_active_duration=40), et_num=0), soc_error_counter=0), control_parameter=ControlParameter(required_current=10, required_currents=[0.0, 0.0, 0.0], phases=2, prio=False, timestamp_switch_on_off=None, timestamp_auto_phase_switch=None, timestamp_perform_phase_switch=None, submode='pv_charging', chargemode='pv_charging', used_amount_instant_charging=0, imported_at_plan_start=0, current_plan=None, state=0), charge_template=0, ev_template=0, name='Standard-Fahrzeug', tag_id=[], get=Get(soc=0, soc_timestamp='', force_soc_update=True, range=0, fault_state=0, fault_str=''))
2023-09-17 11:14:21,094 - {control.data:337} - {INFO:MainThread} - ev1
EvData(set=Set(ev_template=EvTemplate(data=EvTemplateData(name='Renault ZOE', max_current_multi_phases=32, max_phases=3, phase_switch_pause=4, prevent_phase_switch=False, prevent_charge_stop=False, control_pilot_interruption=True, control_pilot_interruption_duration=4, average_consump=17000, min_current=10, max_current_single_phase=32, battery_capacity=54000, nominal_difference=2.3, keep_charge_active_duration=40), et_num=1), soc_error_counter=0), control_parameter=ControlParameter(required_current=10, required_currents=[10, 0.0, 0.0], phases=1, prio=False, timestamp_switch_on_off=None, timestamp_auto_phase_switch=None, timestamp_perform_phase_switch=None, submode=<Chargemode.PV_CHARGING: 'pv_charging'>, chargemode=<Chargemode.PV_CHARGING: 'pv_charging'>, used_amount_instant_charging=0, imported_at_plan_start=0, current_plan=None, state=0), charge_template=1, ev_template=1, name='Renault ZOE', tag_id=['7C:BC:84:40:F8:C1'], get=Get(soc=73.0, soc_timestamp='09/17/2023, 10:47:30', force_soc_update=False, range=244.0, fault_state=0, fault_str='Kein Fehler.'))
2023-09-17 11:14:21,094 - {control.data:337} - {INFO:MainThread} - ev2
EvData(set=Set(ev_template=EvTemplate(data=EvTemplateData(name='Opel Corsa', max_current_multi_phases=32, max_phases=1, phase_switch_pause=2, prevent_phase_switch=False, prevent_charge_stop=False, control_pilot_interruption=True, control_pilot_interruption_duration=4, average_consump=17000, min_current=10, max_current_single_phase=32, battery_capacity=42000, nominal_difference=0.5, keep_charge_active_duration=40), et_num=0), soc_error_counter=0), control_parameter=ControlParameter(required_current=0, required_currents=[0.0, 0.0, 0.0], phases=1, prio=False, timestamp_switch_on_off=None, timestamp_auto_phase_switch=None, timestamp_perform_phase_switch=None, submode='stop', chargemode='stop', used_amount_instant_charging=0, imported_at_plan_start=0, current_plan=None, state=0), charge_template=2, ev_template=2, name='Opel Corsa', tag_id=['00:18:87:02:13:8C'], get=Get(soc=100, soc_timestamp='09/17/2023, 10:52:10', force_soc_update=False, range=312, fault_state=0, fault_str='Kein Fehler.'))
2023-09-17 11:14:21,094 - {control.data:337} - {INFO:MainThread} - et0
EvTemplateData(name='Standard-Fahrzeug-Vorlage', max_current_multi_phases=32, max_phases=3, phase_switch_pause=2, prevent_phase_switch=False, prevent_charge_stop=False, control_pilot_interruption=True, control_pilot_interruption_duration=4, average_consump=16600, min_current=10, max_current_single_phase=32, battery_capacity=54000, nominal_difference=2.1, keep_charge_active_duration=40)
2023-09-17 11:14:21,094 - {control.data:337} - {INFO:MainThread} - et1
EvTemplateData(name='Renault ZOE', max_current_multi_phases=32, max_phases=3, phase_switch_pause=4, prevent_phase_switch=False, prevent_charge_stop=False, control_pilot_interruption=True, control_pilot_interruption_duration=4, average_consump=17000, min_current=10, max_current_single_phase=32, battery_capacity=54000, nominal_difference=2.3, keep_charge_active_duration=40)
2023-09-17 11:14:21,094 - {control.data:337} - {INFO:MainThread} - et2
EvTemplateData(name='Opel Corsa', max_current_multi_phases=32, max_phases=1, phase_switch_pause=2, prevent_phase_switch=False, prevent_charge_stop=False, control_pilot_interruption=True, control_pilot_interruption_duration=4, average_consump=17000, min_current=10, max_current_single_phase=32, battery_capacity=42000, nominal_difference=0.5, keep_charge_active_duration=40)
2023-09-17 11:14:21,094 - {control.data:316} - {INFO:MainThread} - general_data
GeneralData(chargemode_config=ChargemodeConfig(instant_charging=InstantCharging(phases_to_use=3), pv_charging=PvCharging(bat_prio=False, charging_power_reserve=1500, control_range=[0, 230], feed_in_yield=0, phase_switch_delay=5, phases_to_use=0, rundown_power=2500, rundown_soc=100, switch_off_delay=60, switch_off_soc=0, switch_off_threshold=400, switch_on_delay=30, switch_on_soc=0, switch_on_threshold=2400), scheduled_charging=ScheduledCharging(phases_to_use=3), time_charging=TimeCharging(phases_to_use=3), unbalanced_load_limit=18, unbalanced_load=False), control_interval=20, extern_display_mode='local', extern=False, external_buttons_hw=False, grid_protection_active=False, grid_protection_configured=True, grid_protection_random_stop=0, grid_protection_timestamp='', mqtt_bridge=False, price_kwh=0.34, range_unit='km', ripple_control_receiver=RippleControlReceiver(configured=False, r1_active=False, r2_active=False))
2023-09-17 11:14:21,094 - {control.data:317} - {INFO:MainThread} - general_data-display
local
2023-09-17 11:14:21,094 - {control.data:318} - {INFO:MainThread} - graph_data
GraphData(config=Config(duration=120))
2023-09-17 11:14:21,094 - {control.data:319} - {INFO:MainThread} - optional_data
OptionalData(et=Et(active=False, config=EtConfig(max_price=0, provider={}), get=EtGet(price=0, price_list=[])), int_display=InternalDisplay(active=False, on_if_plugged_in=True, pin_active=False, pin_code='0000', standby=60, theme=<modules.display_themes.cards.config.CardsDisplayTheme object at 0x7f95bbce0550>), led=Led(active=False), rfid=Rfid(active=True))
2023-09-17 11:14:21,094 - {control.data:337} - {INFO:MainThread} - pv3
PvData(config=Config(max_ac_out=4600), get=Get(currents=[0.0, 0.0, 0.0], daily_exported=6716.0, monthly_exported=0, yearly_exported=0, exported=35795968.0, fault_state=0, fault_str='Kein Fehler.', power=-3656.0))
2023-09-17 11:14:21,094 - {control.data:337} - {INFO:MainThread} - pv4
PvData(config=Config(max_ac_out=0), get=Get(currents=[0.0, 0.0, 0.0], daily_exported=6678.0, monthly_exported=0, yearly_exported=0, exported=27899932.0, fault_state=0, fault_str='Kein Fehler.', power=-3806.0))
2023-09-17 11:14:21,094 - {control.data:337} - {INFO:MainThread} - pv1
PvData(config=Config(max_ac_out=0), get=Get(currents=[0.0, 0.0, 0.0], daily_exported=9658.99, monthly_exported=0, yearly_exported=0, exported=40481852.41, fault_state=0, fault_str='Kein Fehler.', power=-3696.0))
2023-09-17 11:14:21,094 - {control.data:321} - {INFO:MainThread} - pv_all_data
PvAllData(config=Config(configured=True), get=Get(daily_exported=23052.989999999998, monthly_exported=0, yearly_exported=0, exported=104177752.41, power=-11158.0))
2023-09-17 11:14:21,094 - {control.data:337} - {INFO:MainThread} - system
{'update_in_progress': False, 'perform_update': False, 'ip_address': '192.168.1.100', 'current_commit': '2023-08-03 12:57:11 +0200 [6746ba8e0]', 'current_branch': 'Release', 'current_branch_commit': '2023-08-03 12:57:11 +0200 [6746ba8e0]', 'current_missing_commits': [], 'boot_done': True, 'dataprotection_acknowledged': True, 'release_train': 'master', 'version': '2.1.0', 'lastlivevaluesJson': {'timestamp': 1694942041, 'time': '11:14:01', 'grid': -8.782, 'house-power': 1.462, 'charging-all': 0.0, 'pv-all': 11.128, 'cp5-power': 0.0, 'ev1-soc': 73.0, 'ev2-soc': 100, 'bat-all-power': 0.884, 'bat-all-soc': 99}, 'usage_terms_acknowledged': True, 'datastore_version': 18, 'debug_level': 10, 'module_update_completed': True}
2023-09-17 11:14:21,094 - {control.data:350} - {INFO:MainThread} - device0
{'name': 'SolarEdge', 'type': 'solaredge', 'id': 0, 'configuration': {'port': 502, 'ip_address': '192.168.1.99'}}
2023-09-17 11:14:21,095 - {control.data:352} - {INFO:MainThread} - component0
{'name': 'SolarEdge Zähler', 'type': 'counter', 'id': 0, 'configuration': {'modbus_id': 1, 'meter_id': 1}}
2023-09-17 11:14:21,095 - {control.data:352} - {INFO:MainThread} - component2
{'name': 'SolarEdge Speicher', 'type': 'bat', 'id': 2, 'configuration': {'modbus_id': 1}}
2023-09-17 11:14:21,095 - {control.data:352} - {INFO:MainThread} - component3
{'name': 'SolarEdge Wechselrichter 2', 'type': 'inverter', 'id': 3, 'configuration': {'modbus_id': 5}}
2023-09-17 11:14:21,095 - {control.data:352} - {INFO:MainThread} - component4
{'name': 'SolarEdge Wechselrichter 3', 'type': 'inverter', 'id': 4, 'configuration': {'modbus_id': 8}}
2023-09-17 11:14:21,095 - {control.data:352} - {INFO:MainThread} - component1
{'name': 'SolarEdge Wechselrichter 1', 'type': 'inverter', 'id': 1, 'configuration': {'modbus_id': 1}}
2023-09-17 11:14:21,095 - {control.data:324} - {INFO:MainThread} - 

2023-09-17 11:14:21,095 - {control.algorithm.algorithm:25} - {INFO:MainThread} - # Algorithmus
2023-09-17 11:14:21,095 - {control.algorithm.algorithm:31} - {INFO:MainThread} - **Mindestrom setzen**
2023-09-17 11:14:21,095 - {control.algorithm.min_current:18} - {INFO:MainThread} - Mode-Tuple Chargemode.PV_CHARGING - Chargemode.PV_CHARGING - False, Zähler 0
2023-09-17 11:14:21,095 - {control.algorithm.algorithm:33} - {INFO:MainThread} - **Sollstrom setzen**
2023-09-17 11:14:21,096 - {control.counter:211} - {INFO:MainThread} - Überschuss zur PV-geführten Ladung: 8328.0W
2023-09-17 11:14:21,096 - {control.counter:470} - {DEBUG:MainThread} - Zähler 0: Begrenzung der verbleibenden Leistung auf 8328.0W
2023-09-17 11:14:21,096 - {control.chargepoint.chargepoint:271} - {INFO:MainThread} - LP 5: Die Ladung wird gestartet, sobald nach 30s die Einschaltverzögerung abgelaufen ist.
2023-09-17 11:14:21,096 - {control.algorithm.algorithm:39} - {INFO:MainThread} - **PV-geführten Strom setzen**
2023-09-17 11:14:21,096 - {control.algorithm.filter_chargepoints:118} - {DEBUG:MainThread} - Geordnete Ladepunkte [5]
2023-09-17 11:14:21,096 - {control.algorithm.filter_chargepoints:47} - {INFO:MainThread} - LP 5: Keine Zuteilung des Mindeststroms, daher keine weitere Berücksichtigung
2023-09-17 11:14:21,096 - {control.process:23} - {INFO:MainThread} - # Ladung starten.
2023-09-17 11:14:21,097 - {control.chargelog:37} - {DEBUG:MainThread} - imported_at_plugtime 3127198
2023-09-17 11:14:21,098 - {control.chargelog:42} - {DEBUG:MainThread} - imported_at_mode_switch 3127198
2023-09-17 11:14:21,098 - {control.process:117} - {INFO:MainThread} - LP5: set current 0 A, state SWITCH_ON_DELAY
2023-09-17 11:14:21,100 - {modules.common.component_context:24} - {DEBUG:cp5} - Update Komponente ['Ladepunkt']
2023-09-17 11:14:21,101 - {urllib3.connectionpool:227} - {DEBUG:cp5} - Starting new HTTP connection (1): 192.168.1.101:80
2023-09-17 11:14:21,124 - {urllib3.connectionpool:452} - {DEBUG:cp5} - http://192.168.1.101:80 "POST /connect.php HTTP/1.1" 200 19
2023-09-17 11:14:21,124 - {modules.common.req:11} - {DEBUG:cp5} - Get-Response: OK Value:0 accepted
2023-09-17 11:14:21,125 - {control.counter:186} - {INFO:MainThread} - 2400W reservierte EVU-Leistung, 0W freigegebene EVU-Leistung
2023-09-17 11:14:21,157 - {schedule:660} - {DEBUG:MainThread} - Running job Job(interval=1, unit=minutes, do=update, args=(), kwargs={})
2023-09-17 11:14:21,161 - {schedule:660} - {DEBUG:MainThread} - Running job Job(interval=1, unit=minutes, do=smarthome_handler, args=(), kwargs={})
2023-09-17 11:14:25,174 - {schedule:660} - {DEBUG:MainThread} - Running job Job(interval=1, unit=minutes, do=smarthome_handler, args=(), kwargs={})
2023-09-17 11:14:30,181 - {schedule:660} - {DEBUG:MainThread} - Running job Job(interval=1, unit=minutes, do=handler10Sec, args=(), kwargs={})
2023-09-17 11:14:30,181 - {root:65} - {INFO:MainThread} - # ***Start*** 
2023-09-17 11:14:30,182 - {schedule:660} - {DEBUG:MainThread} - Running job Job(interval=1, unit=minutes, do=update, args=(), kwargs={})
2023-09-17 11:14:30,185 - {schedule:660} - {DEBUG:MainThread} - Running job Job(interval=1, unit=minutes, do=smarthome_handler, args=(), kwargs={})
2023-09-17 11:14:35,191 - {schedule:660} - {DEBUG:MainThread} - Running job Job(interval=1, unit=minutes, do=smarthome_handler, args=(), kwargs={})
2023-09-17 11:14:40,196 - {schedule:660} - {DEBUG:MainThread} - Running job Job(interval=1, unit=minutes, do=handler10Sec, args=(), kwargs={})
2023-09-17 11:14:40,196 - {root:65} - {INFO:MainThread} - # ***Start***
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Bayek
Beiträge: 81
Registriert: Mi Okt 14, 2020 2:30 pm

Re: openWB startet nicht direkt mit 3 Phasen wenn genug Überschuss vorhanden

Beitrag von Bayek »

Das zweite von dir verlinkte Thema widmet sich diesem Problem doch dediziert und ausschließlich. "Versteckt" ist da nichts. Wozu also einen neuen Thread?
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Nasdero
Beiträge: 419
Registriert: Mo Dez 16, 2019 9:01 pm

Re: openWB startet nicht direkt mit 3 Phasen wenn genug Überschuss vorhanden

Beitrag von Nasdero »

Bayek hat geschrieben: ↑So Sep 17, 2023 10:41 am Das zweite von dir verlinkte Thema widmet sich diesem Problem doch dediziert und ausschließlich. "Versteckt" ist da nichts. Wozu also einen neuen Thread?
Den zweiten Linkl habe ich ungefährt vor 10min eingefügt, weil ich es da erst gefunden habe. Das thema habe ich mit Lena schon vor Monaten gehabt und es ist nichts passiert weil laut Lena da so gewollt ist bzw. so programmiert ist. Bie der 1.9 ging das schon, also ein Rückschritt.

"automatischen Umschalten auf 3phasiges Laden zu überreden" das weiteren ging es da um die Umschaltung von 1 auf 3p und es steht mitten drin mit direkt 3p starten, also passt das schon so mit meinem Thema.
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Elchkopp
Beiträge: 575
Registriert: Fr Feb 04, 2022 6:19 pm

Re: openWB startet nicht direkt mit 3 Phasen wenn genug Überschuss vorhanden

Beitrag von Elchkopp »

Wäre für mich eine Feature-Erweiterung und ein wenig vermisse ich diese Logik auch bzw. sie macht Sinn. Also meine Unterstützung hättest Du ;)
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Mailoh
Beiträge: 50
Registriert: So Apr 09, 2023 10:18 pm

Re: openWB startet nicht direkt mit 3 Phasen wenn genug Überschuss vorhanden

Beitrag von Mailoh »

Ich dachte bis jetzt, dass ich etwas falsch eingestellt habe. :D
Also die Funktion sollte auf jeden Fall vorhanden sein.
Was spricht denn dagegen, dass bei ausreichend Erzeugung die Ladung 3-phasig gestartet wird?
Gruß Mailoh
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Nasdero
Beiträge: 419
Registriert: Mo Dez 16, 2019 9:01 pm

Re: openWB startet nicht direkt mit 3 Phasen wenn genug Überschuss vorhanden

Beitrag von Nasdero »

Da spricht nichts gegen denke ich, da muss halt noch ein wenig Programmierarbeit rein gesteckt werden.
Ich stelle das immer von Hand von 1p auf Maximum wenn ich weiß das genug Überschuss da ist, das kann Software auch übernehmen.
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Tuffi
Beiträge: 56
Registriert: Mo Jul 24, 2023 9:10 am

Re: openWB startet nicht direkt mit 3 Phasen wenn genug Überschuss vorhanden

Beitrag von Tuffi »

Ebenfalls Zustimmung meinerseits.
Wäre echt nice, wenn die Kiste bei genug Überschuss direkt 3-phasig loslegt.
openWB series2 standard+, 2.1.4
Kostal PIKO 15, FW 06.18
Kostal Smart Energy Meter G2, SW 2.4.1
Kostal Plenticore BI 10/26 - G2, SW 02.11.14280
BYD Battery-Box Premium HVM 22.1
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jottef
Beiträge: 44
Registriert: So Dez 05, 2021 6:31 pm

Re: openWB startet nicht direkt mit 3 Phasen wenn genug Überschuss vorhanden

Beitrag von jottef »

Korrekt, nur so ist das sinnvoll. Mit 1P starten, wenn es für 3P reicht ist Energieverschwendung, da die Ladeverluste mit 1P viel höher sind im Allgemeinen.
Viele Grüße,
Jottef

23.10.2020 | Hyundai Kona Elektro 64kWh
31.10.2020 | 9,9 kWP PV SO, SMA TP 10.0
13.01.2022 | 2x openWB Series2
11.02.2022 | Hyundai Ioniq 5 AWD 72kWh
16.11.2022 | 12,8 kWP PV NW, SMA TPSE 10, 12,8kWh BYD HVS
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jottef
Beiträge: 44
Registriert: So Dez 05, 2021 6:31 pm

Re: openWB startet nicht direkt mit 3 Phasen wenn genug Überschuss vorhanden

Beitrag von jottef »

Dazu kommt, wenn das Fahrzeug keine automatische Umschaltung machen darf (Kona), dann verharrt er bei 1P. Will sich dazu mal jemand äußern von openWB? Wird das geändert?
Viele Grüße,
Jottef

23.10.2020 | Hyundai Kona Elektro 64kWh
31.10.2020 | 9,9 kWP PV SO, SMA TP 10.0
13.01.2022 | 2x openWB Series2
11.02.2022 | Hyundai Ioniq 5 AWD 72kWh
16.11.2022 | 12,8 kWP PV NW, SMA TPSE 10, 12,8kWh BYD HVS
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openWB
Site Admin
Beiträge: 8098
Registriert: So Okt 07, 2018 1:50 pm

Re: openWB startet nicht direkt mit 3 Phasen wenn genug Überschuss vorhanden

Beitrag von openWB »

jottef hat geschrieben: ↑Di Sep 19, 2023 1:49 pm Dazu kommt, wenn das Fahrzeug keine automatische Umschaltung machen darf (Kona), dann verharrt er bei 1P. Will sich dazu mal jemand äußern von openWB? Wird das geändert?
Wenn der Kona die Umschaltung nicht machen darf und entsprechend die Umschaltung deaktiviert bestellt wurde oder nach Anleitung vom Support deaktiviert wurde ist generell nur dreiphasiges Laden möglich.
Ist das nicht der Fall -> support@openwb.de
Dann ist was im Argen!
Supportanfragen bitte NICHT per PN stellen.
Hardwareprobleme bitte über die Funktion Debug Daten senden mitteilen oder per Mail an support@openwb.de
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