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"phases: 0" Konfiguration für "loadpoints" wird in Kombination mit der Keba Wallbox nicht berücksichtigt. --> "phases not configured, assuming 3p" #9242

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Farrell89 opened this issue Aug 4, 2023 · 7 comments
Closed

"phases: 0" Konfiguration für "loadpoints" wird in Kombination mit der Keba Wallbox nicht berücksichtigt. --> "phases not configured, assuming 3p" #9242

Farrell89 opened this issue Aug 4, 2023 · 7 comments
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question Rather clarification than issue

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@Farrell89
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Describe the bug

Die "phases: 0" Konfiguration im Abschnitt "loadpoints" wird in Verbindung mit einer Keba P30 mit S10 Phasenumschalter (Eigenbau) nicht berücksichtigt.

[lp-1 ] WARN 2023/08/04 12:48:18 phases not configured, assuming 3p

Die Konfiguration mit "phases: 1" oder "phases: 3" führt nicht zu dem Eintrag im Log.
Ebenfalls wird im UI auch das Menü für die Phasenumschaltung neben dem Loadpoint nicht angezeigt.

Steps to reproduce

  1. Keba P30 C-Series und S10 (Eigenbau) verbaut, DIP-Schalter entsprechend gesetzt.
  2. Firmwareupdate auf Version P30 v 3.10.42 durchgeführt.
  3. EVCC Konfiguration wie unten vorgenommen und neu gestartet.
  4. Log anschauen
    ...

Configuration details

chargers:
- name: Keba
  type: template
  template: keba-modbus
  modbus: tcpip
  id: 255
  host: 192.168.X.X
  port: 502

loadpoints:
- title: Garage
  charger: Keba
  mode: pv
  soc:
    poll:
      mode: charging
      interval: 60m
    estimate: true
  phases: 0
  enable:
    delay: 5m
    threshold: 0
  disable:
    delay: 5m
    threshold: 0
  guardduration: 15m
  mincurrent: 6
  maxcurrent: 16
  resetOnDisconnect: true

Log details

2023/08/04 12:49:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:29 pv charge current: 0A = 6A + -15.4A (3540W @ 1p)

2023/08/04 12:49:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:29 vehicle range: 267km

2023/08/04 12:49:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:29 vehicle soc limit: 70%

2023/08/04 12:49:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:29 vehicle soc: 52%

2023/08/04 12:49:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:29 soc estimated: 52.02% (vehicle: 52.00%)

2023/08/04 12:49:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:29 charger status: C

2023/08/04 12:49:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:29 charge total import: 2511.308kWh

2023/08/04 12:49:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:29 detected active phases: 1p

2023/08/04 12:49:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:29 charge currents: [6.08 0.001 0]A

2023/08/04 12:49:29,stdout,[site  ] DEBUG 2023/08/04 12:49:29 site power: 3540W

2023/08/04 12:49:29,stdout,[site  ] DEBUG 2023/08/04 12:49:29 grid power: 240W

2023/08/04 12:49:29,stdout,[site  ] DEBUG 2023/08/04 12:49:29 battery power: 3200W

2023/08/04 12:49:29,stdout,[site  ] DEBUG 2023/08/04 12:49:29 battery soc: 93%

2023/08/04 12:49:28,stdout,[site  ] DEBUG 2023/08/04 12:49:28 pv power: 1202W

2023/08/04 12:49:28,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:28 charge power: 1388W

2023/08/04 12:49:28,stdout,[site  ] DEBUG 2023/08/04 12:49:28 ----

2023/08/04 12:49:18,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:18 pv charge current: 0A = 6A + -14.3A (3284W @ 1p)

2023/08/04 12:49:18,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:18 vehicle range: 267km

2023/08/04 12:49:18,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:18 vehicle soc limit: 70%

2023/08/04 12:49:18,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:18 vehicle soc: 52%

2023/08/04 12:49:18,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:18 soc estimated: 52.02% (vehicle: 52.00%)

2023/08/04 12:49:18,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:18 charger status: C

2023/08/04 12:49:18,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:18 charge total import: 2511.305kWh

2023/08/04 12:49:18,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:18 detected active phases: 1p

2023/08/04 12:49:18,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:18 charge currents: [6.07 0.001 0]A

2023/08/04 12:49:18,stdout,[site  ] DEBUG 2023/08/04 12:49:18 site power: 3284W

2023/08/04 12:49:18,stdout,[site  ] DEBUG 2023/08/04 12:49:18 grid power: -20W

2023/08/04 12:49:18,stdout,[site  ] DEBUG 2023/08/04 12:49:18 battery power: 3204W

2023/08/04 12:49:18,stdout,[site  ] DEBUG 2023/08/04 12:49:18 battery soc: 93%

2023/08/04 12:49:18,stdout,[site  ] DEBUG 2023/08/04 12:49:18 pv power: 1193W

2023/08/04 12:49:18,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:18 charge power: 1385W

2023/08/04 12:49:18,stdout,[site  ] DEBUG 2023/08/04 12:49:18 ----

2023/08/04 12:49:08,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:08 pv charge current: 0A = 6A + -14.4A (3307W @ 1p)

2023/08/04 12:49:08,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:08 vehicle range: 267km

2023/08/04 12:49:08,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:08 vehicle soc limit: 70%

2023/08/04 12:49:08,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:08 vehicle soc: 52%

2023/08/04 12:49:08,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:08 soc estimated: 52.01% (vehicle: 52.00%)

2023/08/04 12:49:08,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:08 charger status: C

2023/08/04 12:49:08,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:08 charge total import: 2511.301kWh

2023/08/04 12:49:08,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:08 detected active phases: 1p

2023/08/04 12:49:08,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:08 charge currents: [6.08 0 0]A

2023/08/04 12:49:08,stdout,[site  ] DEBUG 2023/08/04 12:49:08 site power: 3307W

2023/08/04 12:49:08,stdout,[site  ] DEBUG 2023/08/04 12:49:08 grid power: 10W

2023/08/04 12:49:08,stdout,[site  ] DEBUG 2023/08/04 12:49:08 battery power: 3197W

2023/08/04 12:49:08,stdout,[site  ] DEBUG 2023/08/04 12:49:08 battery soc: 93%

2023/08/04 12:49:08,stdout,[site  ] DEBUG 2023/08/04 12:49:08 pv power: 1183W

2023/08/04 12:49:08,stdout,[lp-1  ] DEBUG 2023/08/04 12:49:08 charge power: 1386W

2023/08/04 12:49:08,stdout,[site  ] DEBUG 2023/08/04 12:49:08 ----

2023/08/04 12:48:58,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:58 pv charge current: 0A = 6A + -14.4A (3311W @ 1p)

2023/08/04 12:48:58,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:58 vehicle range: 267km

2023/08/04 12:48:58,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:58 vehicle soc limit: 70%

2023/08/04 12:48:58,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:58 vehicle soc: 52%

2023/08/04 12:48:58,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:58 soc estimated: 52.01% (vehicle: 52.00%)

2023/08/04 12:48:58,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:58 charger status: C

2023/08/04 12:48:58,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:58 charge total import: 2511.297kWh

2023/08/04 12:48:58,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:58 detected active phases: 1p

2023/08/04 12:48:58,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:58 charge currents: [6.08 0.001 0]A

2023/08/04 12:48:58,stdout,[site  ] DEBUG 2023/08/04 12:48:58 site power: 3311W

2023/08/04 12:48:58,stdout,[site  ] DEBUG 2023/08/04 12:48:58 grid power: 0W

2023/08/04 12:48:58,stdout,[site  ] DEBUG 2023/08/04 12:48:58 battery power: 3211W

2023/08/04 12:48:58,stdout,[site  ] DEBUG 2023/08/04 12:48:58 battery soc: 93%

2023/08/04 12:48:58,stdout,[site  ] DEBUG 2023/08/04 12:48:58 pv power: 1176W

2023/08/04 12:48:58,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:58 charge power: 1387W

2023/08/04 12:48:58,stdout,[site  ] DEBUG 2023/08/04 12:48:58 ----

2023/08/04 12:48:49,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:49 pv charge current: 0A = 6A + -14.6A (3358W @ 1p)

2023/08/04 12:48:49,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:49 vehicle range: 267km

2023/08/04 12:48:49,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:49 vehicle soc limit: 70%

2023/08/04 12:48:49,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:49 vehicle soc: 52%

2023/08/04 12:48:49,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:49 soc estimated: 52.01% (vehicle: 52.00%)

2023/08/04 12:48:49,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:49 charger status: C

2023/08/04 12:48:49,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:49 charge total import: 2511.293kWh

2023/08/04 12:48:49,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:49 detected active phases: 1p

2023/08/04 12:48:49,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:49 charge currents: [6.08 0.001 0]A

2023/08/04 12:48:49,stdout,[site  ] DEBUG 2023/08/04 12:48:49 site power: 3358W

2023/08/04 12:48:49,stdout,[site  ] DEBUG 2023/08/04 12:48:49 grid power: 20W

2023/08/04 12:48:49,stdout,[site  ] DEBUG 2023/08/04 12:48:49 battery power: 3238W

2023/08/04 12:48:49,stdout,[site  ] DEBUG 2023/08/04 12:48:49 battery soc: 93%

2023/08/04 12:48:48,stdout,[site  ] DEBUG 2023/08/04 12:48:48 pv power: 1168W

2023/08/04 12:48:48,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:48 charge power: 1386W

2023/08/04 12:48:48,stdout,[site  ] DEBUG 2023/08/04 12:48:48 ----

2023/08/04 12:48:39,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:39 pv charge current: 0A = 6A + -9.36A (2153W @ 1p)

2023/08/04 12:48:39,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:39 vehicle range: 267km

2023/08/04 12:48:39,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:39 vehicle soc limit: 70%

2023/08/04 12:48:39,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:39 vehicle soc: 52%

2023/08/04 12:48:39,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:39 soc estimated: 52.00% (vehicle: 52.00%)

2023/08/04 12:48:39,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:39 charger status: C

2023/08/04 12:48:39,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:39 charge total import: 2511.289kWh

2023/08/04 12:48:39,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:39 detected active phases: 1p

2023/08/04 12:48:39,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:39 charge currents: [6.08 0.002 0.001]A

2023/08/04 12:48:39,stdout,[site  ] DEBUG 2023/08/04 12:48:39 site power: 2153W

2023/08/04 12:48:39,stdout,[site  ] DEBUG 2023/08/04 12:48:39 grid power: 20W

2023/08/04 12:48:39,stdout,[site  ] DEBUG 2023/08/04 12:48:39 battery power: 2033W

2023/08/04 12:48:39,stdout,[site  ] DEBUG 2023/08/04 12:48:39 battery soc: 93%

2023/08/04 12:48:38,stdout,[site  ] DEBUG 2023/08/04 12:48:38 pv power: 1162W

2023/08/04 12:48:38,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:38 charge power: 1384W

2023/08/04 12:48:38,stdout,[site  ] DEBUG 2023/08/04 12:48:38 ----

2023/08/04 12:48:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:29 pv charge current: 0A = 2.27A + -2.7A (1862W @ 3p)

2023/08/04 12:48:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:29 vehicle range: 267km

2023/08/04 12:48:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:29 vehicle soc limit: 70%

2023/08/04 12:48:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:29 vehicle soc: 52%

2023/08/04 12:48:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:29 soc estimated: 52.00% (vehicle: 52.00%)

2023/08/04 12:48:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:29 wake-up timer: stop

2023/08/04 12:48:29,stdout,[lp-1  ] INFO 2023/08/04 12:48:29 start charging ->

2023/08/04 12:48:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:29 charge start energy: 2.51e+03kWh

2023/08/04 12:48:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:29 charger status: C

2023/08/04 12:48:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:29 charge total import: 2511.288kWh

2023/08/04 12:48:29,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:29 charge currents: [0.273 0 0]A

2023/08/04 12:48:29,stdout,[site  ] DEBUG 2023/08/04 12:48:29 site power: 1862W

2023/08/04 12:48:29,stdout,[site  ] DEBUG 2023/08/04 12:48:29 grid power: 0W

2023/08/04 12:48:29,stdout,[site  ] DEBUG 2023/08/04 12:48:29 battery power: 1762W

2023/08/04 12:48:29,stdout,[site  ] DEBUG 2023/08/04 12:48:29 battery soc: 94%

2023/08/04 12:48:28,stdout,[site  ] DEBUG 2023/08/04 12:48:28 pv power: 1157W

2023/08/04 12:48:28,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:28 charge power: 1W

2023/08/04 12:48:28,stdout,[site  ] DEBUG 2023/08/04 12:48:28 ----

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 pv charge current: 0A = 0A + -2.75A (1899W @ 3p)

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 charger status: B

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 charge total import: 2511.288kWh

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 charge currents: [0 0 0]A

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 vehicle odometer: 10733km

2023/08/04 12:48:19,stdout,[site  ] DEBUG 2023/08/04 12:48:19 site power: 1899W

2023/08/04 12:48:19,stdout,[site  ] DEBUG 2023/08/04 12:48:19 grid power: 30W

2023/08/04 12:48:19,stdout,[site  ] DEBUG 2023/08/04 12:48:19 battery power: 1769W

2023/08/04 12:48:19,stdout,[site  ] DEBUG 2023/08/04 12:48:19 battery soc: 94%

2023/08/04 12:48:19,stdout,[site  ] DEBUG 2023/08/04 12:48:19 pv power: 1154W

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 charge power: 0W

2023/08/04 12:48:19,stdout,[site  ] DEBUG 2023/08/04 12:48:19 ----

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 wake-up timer: start

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 charger enable

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 max charge current: 6A

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 pv charge current: 0A = 0A + -2.71A (1869W @ 3p)

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 vehicle range: 267km

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 vehicle soc limit: 70%

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 vehicle soc: 52%

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 vehicle status: B

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 set target soc: 70

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 set min soc: 15

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 set max current: 16

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 set min current: 6

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 set charge mode: pv

2023/08/04 12:48:19,stdout,[lp-1  ] INFO 2023/08/04 12:48:19 vehicle updated: unknown -> Tesla Model Y

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 charge total import: 2511.288kWh

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 guard timer inactive

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 charger: guard elapse

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 pv timer inactive

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 pv timer elapse

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 vehicle api refresh

2023/08/04 12:48:19,stdout,[lp-1  ] INFO 2023/08/04 12:48:19 car connected

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 charge start energy: 2.51e+03kWh

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 charger status: B

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 charge total import: 2511.288kWh

2023/08/04 12:48:19,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:19 charge currents: [0 0 0]A

2023/08/04 12:48:19,stdout,[site  ] DEBUG 2023/08/04 12:48:19 site power: 1869W

2023/08/04 12:48:19,stdout,[site  ] DEBUG 2023/08/04 12:48:19 grid power: 0W

2023/08/04 12:48:19,stdout,[site  ] DEBUG 2023/08/04 12:48:19 battery power: 1769W

2023/08/04 12:48:19,stdout,[site  ] DEBUG 2023/08/04 12:48:19 battery soc: 94%

2023/08/04 12:48:18,stdout,[site  ] DEBUG 2023/08/04 12:48:18 pv power: 1153W

2023/08/04 12:48:18,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:18 charge power: 0W

2023/08/04 12:48:18,stdout,[site  ] DEBUG 2023/08/04 12:48:18 ----

2023/08/04 12:48:18,stdout,"[site  ] WARN 2023/08/04 12:48:18 interval <30s can lead to unexpected behavior, see https://docs.evcc.io/docs/reference/configuration/interval
"
2023/08/04 12:48:18,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:18 guard timer inactive

2023/08/04 12:48:18,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:18 pv timer inactive

2023/08/04 12:48:18,stdout,[lp-1  ] DEBUG 2023/08/04 12:48:18 phase timer inactive

2023/08/04 12:48:18,stdout,[lp-1  ] INFO 2023/08/04 12:48:18     charge:    power ✓ energy ✓ currents ✓

2023/08/04 12:48:18,stdout,[lp-1  ] INFO 2023/08/04 12:48:18   meters:      charge ✓

2023/08/04 12:48:18,stdout,[lp-1  ] INFO 2023/08/04 12:48:18   charger:     power ✓ energy ✓ currents ✓ phases ✗ wakeup ✗

2023/08/04 12:48:18,stdout,[lp-1  ] INFO 2023/08/04 12:48:18   mode:        pv

2023/08/04 12:48:18,stdout,[lp-1  ] INFO 2023/08/04 12:48:18 loadpoint 1:

2023/08/04 12:48:18,stdout,[site  ] INFO 2023/08/04 12:48:18     vehicle 1: range ✓ finish ✓ status ✓ climate ✗ wakeup ✓

2023/08/04 12:48:18,stdout,[site  ] INFO 2023/08/04 12:48:18   vehicles:

2023/08/04 12:48:18,stdout,[site  ] INFO 2023/08/04 12:48:18     battery 1: power ✓ energy ✗ currents ✗ soc ✓ capacity ✗

2023/08/04 12:48:18,stdout,[site  ] INFO 2023/08/04 12:48:18     pv 1:      power ✓ energy ✗ currents ✗

2023/08/04 12:48:18,stdout,[site  ] INFO 2023/08/04 12:48:18     grid:      power ✓ energy ✗ currents ✗

2023/08/04 12:48:18,stdout,[site  ] INFO 2023/08/04 12:48:18   meters:      grid ✓ pv ✓ battery ✓

2023/08/04 12:48:18,stdout,[site  ] INFO 2023/08/04 12:48:18 site config:

2023/08/04 12:48:18,stdout,"[lp-1  ] WARN 2023/08/04 12:48:18 phases not configured, assuming 3p
"
2023/08/04 12:48:15,stdout,[db    ] INFO 2023/08/04 12:48:15 using sqlite database: /.evcc/evcc.db

2023/08/04 12:48:14,stdout,[main  ] INFO 2023/08/04 12:48:14 starting ui and api at :7070

2023/08/04 12:48:14,stdout,[main  ] INFO 2023/08/04 12:48:14 using config file: /etc/evcc.yaml

2023/08/04 12:48:14,stdout,[main  ] INFO 2023/08/04 12:48:14 evcc 0.118.11

What type of operating system are you running?

Docker container

Version

evcc version 0.118.11
@andig
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andig commented Aug 4, 2023

charger: power ✓ energy ✓ currents ✓ phases ✗

Da wird keine Phasenumschaltung erkannt, vmtl. ist sie in der Keba nicht eingerichtet.

@andig andig closed this as completed Aug 4, 2023
@andig andig added the question Rather clarification than issue label Aug 4, 2023
@Farrell89
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Farrell89 commented Aug 4, 2023 •
edited
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Bei der Keba P30 c-series wird die Konfiguration über die DIP-Switches vorgenommen, wurde wie im Handbuch beschrieben durchgeführt. Das ist leider nicht wie bei der P30 x-series wo das über's Webinterface möglich ist.
Wie wird die Phasenumschaltung bei der Keba P30 c-series mit installiertem S10 in EVCC erkannt? Bzw. ist es möglich die Phasenumschaltung per Kommando für Testzwecke manuell auszulösen?
Vielen Dank.

@andig
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andig commented Aug 4, 2023 •
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Erkannt wird es über die phasesource. Im Zweifel bitte mal trace log für keba-modbus machen.

@0x3d13f
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0x3d13f commented Aug 4, 2023

Ich habe das mit meiner c-Series noch nicht mit dem Nachbau-S10 am Laufen (wg. Lieferzeit der Komponenten), aber habe durch Tests nachgestellt, dass das Häkchen bei "phases" kommt, sobald man gemäss dem UDP Programming Guide "x2src" auf 3 (Modbus) stellt. X2 ist ja dann die Klemme ab der P30, wo das Signalkabel zum Phasentrennschalter weg geht.
Siehe https://www.keba.com/download/x/4a925c4c61/kecontactp30udp_pgen.pdf Abschnitt 3.2.14.

@0x3d13f
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0x3d13f commented Aug 4, 2023

die UDP Kommandos kann man absetzen, wenn man sich mittels socat verbindet:
socat - udp:192.168.x.x:7090,sourceport=7090,reuseaddr
mit dem "x2" Befehl müsste sich auch die Phasenumschaltung auslösen lassen, allerdings muss dafür dann x2src auf "4" (UDP) gestellt werden

@Farrell89
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@0x3d13f, tausend Dank, das wars!
Ich habe jetzt mittels dem Programm Packet Sender "x2src 3" per UDP an die Keba gesendet und nach einem Restart von EVCC sieht es jetzt aus wie es soll.
Da soll mal einer drauf kommen. Weder im aktuellen Handbuch der Wallbox noch des Phasenumschalters habe ich ein Hinweis dazu gesehen.

@hardl1
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hardl1 commented Apr 13, 2024

@Farrell89 , Könntest du mir bitte erklären, was ich im Packet Sender eingeben muß um "x2src 3" an die Keba zu senden?
Davon habe ich keine Ahnung und möchte nichts verkehrt machen.

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@andig @hardl1 @Farrell89 @0x3d13f