evcc: soc poll timer is not stopped
Describe the bug
Poll settings are at default, so poll mode should be “charging”. But I stopped charging by setting to “Aus” in the UI and the timer continued in the log.
Steps to reproduce
-PV -charging starts -Aus
Configuration details
loadpoints/soc/poll/mode is not set in yaml, so it defaults to charging
Log details
[site ] DEBUG 2023/03/24 09:24:50 ----
[lp-1 ] DEBUG 2023/03/24 09:24:50 charge power: 0W
[site ] DEBUG 2023/03/24 09:24:50 grid power: -6285W
[site ] DEBUG 2023/03/24 09:24:50 pv power: 6285W
[site ] DEBUG 2023/03/24 09:24:50 site power: -6285W
[lp-1 ] DEBUG 2023/03/24 09:24:50 charge currents: [0.01 0.009 0.01]A
[lp-1 ] DEBUG 2023/03/24 09:24:50 charger status: B
[lp-1 ] DEBUG 2023/03/24 09:24:50 next soc poll remaining time: 49m50s
[lp-1 ] DEBUG 2023/03/24 09:24:50 available power 6285W > 4140W min 3p threshold
[lp-1 ] DEBUG 2023/03/24 09:24:50 start phase scale3p timer
[lp-1 ] DEBUG 2023/03/24 09:24:50 phase scale3p in 1m0s
[lp-1 ] DEBUG 2023/03/24 09:24:50 pv charge current: 27.3A = 0A + 27.3A (-6285W @ 1p)
[lp-1 ] DEBUG 2023/03/24 09:24:51 max charge current: 25A
[lp-1 ] DEBUG 2023/03/24 09:24:52 set charge mode: off
[lp-1 ] DEBUG 2023/03/24 09:24:52 phase timer inactive
[site ] DEBUG 2023/03/24 09:24:52 ----
[lp-1 ] DEBUG 2023/03/24 09:24:52 charge power: 0W
[site ] DEBUG 2023/03/24 09:24:52 grid power: -6258W
[site ] DEBUG 2023/03/24 09:24:52 pv power: 6258W
[site ] DEBUG 2023/03/24 09:24:52 site power: -6258W
[lp-1 ] DEBUG 2023/03/24 09:24:52 charge currents: [0.01 0.009 0.01]A
[lp-1 ] DEBUG 2023/03/24 09:24:52 charger status: B
[lp-1 ] DEBUG 2023/03/24 09:24:52 next soc poll remaining time: 49m48s
[lp-1 ] DEBUG 2023/03/24 09:24:53 charger disable
[lp-1 ] DEBUG 2023/03/24 09:24:53 wake-up timer: stop
[site ] DEBUG 2023/03/24 09:25:00 ----
[lp-1 ] DEBUG 2023/03/24 09:25:00 charge power: 0W
[site ] DEBUG 2023/03/24 09:25:00 grid power: -5814W
[site ] DEBUG 2023/03/24 09:25:00 pv power: 5814W
[site ] DEBUG 2023/03/24 09:25:00 site power: -5814W
[lp-1 ] DEBUG 2023/03/24 09:25:00 charge currents: [0.01 0.009 0.01]A
[lp-1 ] DEBUG 2023/03/24 09:25:00 charger status: B
[lp-1 ] DEBUG 2023/03/24 09:25:00 next soc poll remaining time: 49m40s
[site ] DEBUG 2023/03/24 09:25:10 ----
[lp-1 ] DEBUG 2023/03/24 09:25:10 charge power: 0W
[site ] DEBUG 2023/03/24 09:25:10 grid power: -4489W
[site ] DEBUG 2023/03/24 09:25:10 pv power: 4489W
[site ] DEBUG 2023/03/24 09:25:10 site power: -4489W
[lp-1 ] DEBUG 2023/03/24 09:25:10 charge currents: [0.01 0.009 0.01]A
[lp-1 ] DEBUG 2023/03/24 09:25:10 charger status: B
[lp-1 ] DEBUG 2023/03/24 09:25:10 next soc poll remaining time: 49m29s
[site ] DEBUG 2023/03/24 09:25:20 ----
[lp-1 ] DEBUG 2023/03/24 09:25:20 charge power: 0W
[site ] DEBUG 2023/03/24 09:25:20 grid power: -2859W
[site ] DEBUG 2023/03/24 09:25:20 pv power: 2859W
[site ] DEBUG 2023/03/24 09:25:20 site power: -2859W
[lp-1 ] DEBUG 2023/03/24 09:25:20 charge currents: [0.01 0.009 0.01]A
[lp-1 ] DEBUG 2023/03/24 09:25:20 charger status: B
[lp-1 ] DEBUG 2023/03/24 09:25:20 next soc poll remaining time: 49m20s
[site ] DEBUG 2023/03/24 09:25:30 ----
What type of operating system are you running?
Windows
Version
0.114.1
About this issue
- Original URL
- State: closed
- Created a year ago
- Comments: 24 (20 by maintainers)
Das Grundproblem ist, dass dieses ‘Wenn der Wagen voll wird’ eigentlich zwei Szenarien sein können:
Wenn EVCC dann sicher ist, dass das Auto “voll” ist dann könnte man deinen Vorschlag umsetzen.