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"Vehicle limit <xx%> reached" inconsistent with charge percentage #13902

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GrafRudi opened this issue May 14, 2024 · 6 comments
Closed

"Vehicle limit <xx%> reached" inconsistent with charge percentage #13902

GrafRudi opened this issue May 14, 2024 · 6 comments
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@naltatis
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bug Something isn't working ux User experience/ interface

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@GrafRudi
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GrafRudi commented May 14, 2024 •
edited

Describe the bug

"Vehicle limit <xx%> reached" inconsistent with charge percentage. See attached picture
Screenshot_20240514-123202

IMHO a low prio issue as the functionality works correctly.

Steps to reproduce

  1. Set the charge limit to 90%
  2. Start charging
  3. While charging increase the charging limit in the vehicle to 95%
  4. Charging will stop at 95% but a wrong message is displayed.

Assume an internal variable is not updated if charging limit is adapted while charging.

Configuration details

If really needed I can attach one

Log details

May 14 09:12:02 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:12:02 ----
May 14 09:12:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:02 charge power: 3242W
May 14 09:12:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:02 charge currents: [13.8 0 0]A
May 14 09:12:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:12:03 pv power: 4378W
May 14 09:12:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:12:03 battery soc: 54%
May 14 09:12:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:12:03 battery power: -126W
May 14 09:12:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:12:03 grid meter: 3W
May 14 09:12:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:12:03 site power: -123W
May 14 09:12:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:03 detected active phases: 1p
May 14 09:12:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:03 charge total import: 427.510kWh
May 14 09:12:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:03 charger status: C
May 14 09:12:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:03 soc estimated: 81.73% (vehicle: 81.00%)
May 14 09:12:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:03 vehicle soc: 82%
May 14 09:12:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:03 vehicle soc limit: 90%
May 14 09:12:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:03 vehicle range: 467km
May 14 09:12:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:03 pv charge current: 14.5A = 14A + 0.535A (-123W @ 1p)
May 14 09:12:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:12:32 ----
May 14 09:12:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:32 charge power: 3250W
May 14 09:12:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:32 charge currents: [13.8 0 0]A
May 14 09:12:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:12:32 pv power: 4449W
May 14 09:12:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:12:32 battery soc: 54%
May 14 09:12:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:12:32 battery power: -249W
May 14 09:12:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:12:32 grid meter: 4W
May 14 09:12:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:12:32 site power: -245W
May 14 09:12:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:32 detected active phases: 1p
May 14 09:12:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:32 charge total import: 427.538kWh
May 14 09:12:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:32 charger status: C
May 14 09:12:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:32 soc estimated: 81.76% (vehicle: 81.00%)
May 14 09:12:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:32 vehicle soc: 82%
May 14 09:12:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:32 vehicle soc limit: 90%
May 14 09:12:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:32 vehicle range: 467km
May 14 09:12:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:32 pv charge current: 15.1A = 14A + 1.07A (-245W @ 1p)
May 14 09:12:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:12:32 max charge current: 15A
May 14 09:13:02 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:13:02 ----
May 14 09:13:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:02 charge power: 3511W
May 14 09:13:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:02 charge currents: [15 0 0]A
May 14 09:13:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:13:03 pv power: 4421W
May 14 09:13:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:13:03 battery soc: 54%
May 14 09:13:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:13:03 battery power: 58W
May 14 09:13:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:13:03 grid meter: -11W
May 14 09:13:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:13:03 site power: 47W
May 14 09:13:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:03 detected active phases: 1p
May 14 09:13:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:03 charge total import: 427.566kWh
May 14 09:13:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:03 charger status: C
May 14 09:13:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:03 soc estimated: 81.80% (vehicle: 81.00%)
May 14 09:13:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:03 vehicle soc: 82%
May 14 09:13:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:03 vehicle soc limit: 90%
May 14 09:13:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:03 vehicle range: 467km
May 14 09:13:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:03 pv charge current: 14.8A = 15A + -0.204A (47W @ 1p)
May 14 09:13:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:03 max charge current: 14A
May 14 09:13:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:13:32 ----
May 14 09:13:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:32 charge power: 3302W
May 14 09:13:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:32 charge currents: [14 0 0]A
May 14 09:13:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:13:32 pv power: 4439W
May 14 09:13:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:13:32 battery soc: 54%
May 14 09:13:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:13:32 battery power: -174W
May 14 09:13:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:13:32 grid meter: -8W
May 14 09:13:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:13:32 site power: -182W
May 14 09:13:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:32 detected active phases: 1p
May 14 09:13:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:32 charge total import: 427.593kWh
May 14 09:13:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:32 charger status: C
May 14 09:13:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:32 soc estimated: 81.83% (vehicle: 81.00%)
May 14 09:13:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:32 vehicle soc: 82%
May 14 09:13:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:32 vehicle soc limit: 90%
May 14 09:13:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:32 vehicle range: 467km
May 14 09:13:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:13:32 pv charge current: 14.8A = 14A + 0.791A (-182W @ 1p)
May 14 09:14:02 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:14:02 ----
May 14 09:14:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:02 charge power: 3244W
May 14 09:14:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:02 charge currents: [13.9 0 0]A
May 14 09:14:02 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:14:02 pv power: 4356W
May 14 09:14:02 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:14:02 battery soc: 54%
May 14 09:14:02 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:14:02 battery power: -158W
May 14 09:14:02 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:14:02 grid meter: -139W
May 14 09:14:02 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:14:02 site power: -297W
May 14 09:14:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:02 detected active phases: 1p
May 14 09:14:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:02 charge total import: 427.621kWh
May 14 09:14:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:02 charger status: C
May 14 09:14:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:02 soc estimated: 81.86% (vehicle: 81.00%)
May 14 09:14:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:02 vehicle soc: 82%
May 14 09:14:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:02 vehicle soc limit: 90%
May 14 09:14:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:02 vehicle range: 467km
May 14 09:14:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:02 pv charge current: 15.3A = 14A + 1.29A (-297W @ 1p)
May 14 09:14:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:03 max charge current: 15A
May 14 09:14:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:14:32 ----
May 14 09:14:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:32 charge power: 3454W
May 14 09:14:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:32 charge currents: [14.8 0 0]A
May 14 09:14:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:14:32 pv power: 4487W
May 14 09:14:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:14:32 battery soc: 54%
May 14 09:14:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:14:32 battery power: -731W
May 14 09:14:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:14:32 grid meter: 2W
May 14 09:14:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:14:32 site power: -729W
May 14 09:14:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:32 detected active phases: 1p
May 14 09:14:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:32 charge total import: 427.649kWh
May 14 09:14:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:32 charger status: C
May 14 09:14:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:32 soc estimated: 81.89% (vehicle: 81.00%)
May 14 09:14:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:32 vehicle soc: 82%
May 14 09:14:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:32 vehicle soc limit: 90%
May 14 09:14:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:32 vehicle range: 467km
May 14 09:14:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:32 available power 4183W > 4140W min 3p threshold
May 14 09:14:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:32 start phase scale3p timer
May 14 09:14:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:32 phase scale3p in 1m0s
May 14 09:14:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:32 pv charge current: 18.2A = 15A + 3.17A (-729W @ 1p)
May 14 09:14:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:14:32 max charge current: 16A
May 14 09:15:02 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:15:02 ----
May 14 09:15:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:02 charge power: 3688W
May 14 09:15:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:02 charge currents: [15.9 0 0]A
May 14 09:15:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:15:03 pv power: 4370W
May 14 09:15:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:15:03 battery soc: 54%
May 14 09:15:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:15:03 battery power: -388W
May 14 09:15:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:15:03 grid meter: 3W
May 14 09:15:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:15:03 site power: -385W
May 14 09:15:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:03 detected active phases: 1p
May 14 09:15:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:03 charge total import: 427.680kWh
May 14 09:15:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:03 charger status: C
May 14 09:15:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:03 soc estimated: 81.92% (vehicle: 81.00%)
May 14 09:15:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:03 vehicle soc: 82%
May 14 09:15:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:03 vehicle soc limit: 90%
May 14 09:15:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:03 vehicle range: 467km
May 14 09:15:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:03 phase timer inactive
May 14 09:15:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:03 pv charge current: 17.7A = 16A + 1.67A (-385W @ 1p)
May 14 09:15:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:15:32 ----
May 14 09:15:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:32 charge power: 3726W
May 14 09:15:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:32 charge currents: [15.9 0 0]A
May 14 09:15:33 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:15:33 pv power: 4432W
May 14 09:15:33 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:15:33 battery soc: 54%
May 14 09:15:33 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:15:33 battery power: -415W
May 14 09:15:33 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:15:33 grid meter: -5W
May 14 09:15:33 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:15:33 site power: -420W
May 14 09:15:33 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:33 detected active phases: 1p
May 14 09:15:33 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:33 charge total import: 427.710kWh
May 14 09:15:33 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:33 charger status: C
May 14 09:15:33 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:33 vehicle status: C
May 14 09:15:33 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:33 vehicle soc: 82%
May 14 09:15:33 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:33 vehicle soc limit: 95%
May 14 09:15:33 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:33 vehicle range: 472km
May 14 09:15:33 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:33 available power 4146W > 4140W min 3p threshold
May 14 09:15:33 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:33 start phase scale3p timer
May 14 09:15:33 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:33 phase scale3p in 1m0s
May 14 09:15:33 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:15:33 pv charge current: 17.8A = 16A + 1.83A (-420W @ 1p)
May 14 09:16:02 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:16:02 ----
May 14 09:16:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:02 charge power: 3685W
May 14 09:16:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:02 charge currents: [15.9 0 0]A
May 14 09:16:02 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:16:02 pv power: 4397W
May 14 09:16:02 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:16:02 battery soc: 54%
May 14 09:16:02 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:16:02 battery power: -436W
May 14 09:16:02 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:16:02 grid meter: 4W
May 14 09:16:02 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:16:02 site power: -432W
May 14 09:16:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:02 detected active phases: 1p
May 14 09:16:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:02 charge total import: 427.742kWh
May 14 09:16:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:02 charger status: C
May 14 09:16:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:02 soc estimated: 82.04% (vehicle: 82.00%)
May 14 09:16:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:02 vehicle soc: 82%
May 14 09:16:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:02 vehicle soc limit: 95%
May 14 09:16:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:02 vehicle range: 472km
May 14 09:16:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:02 phase timer inactive
May 14 09:16:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:02 pv charge current: 17.9A = 16A + 1.88A (-432W @ 1p)
May 14 09:16:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:16:32 ----
May 14 09:16:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:32 charge power: 3733W
May 14 09:16:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:32 charge currents: [16 0 0]A
May 14 09:16:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:16:32 pv power: 4469W
May 14 09:16:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:16:32 battery soc: 54%
May 14 09:16:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:16:32 battery power: -465W
May 14 09:16:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:16:32 grid meter: -0W
May 14 09:16:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:16:32 site power: -465W
May 14 09:16:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:32 detected active phases: 1p
May 14 09:16:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:32 charge total import: 427.772kWh
May 14 09:16:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:32 charger status: C
May 14 09:16:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:32 soc estimated: 82.07% (vehicle: 82.00%)
May 14 09:16:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:32 vehicle soc: 82%
May 14 09:16:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:32 vehicle soc limit: 95%
May 14 09:16:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:32 vehicle range: 472km
May 14 09:16:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:32 available power 4198W > 4140W min 3p threshold
May 14 09:16:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:32 start phase scale3p timer
May 14 09:16:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:32 phase scale3p in 1m0s
May 14 09:16:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:16:32 pv charge current: 18A = 16A + 2.02A (-465W @ 1p)
May 14 09:17:02 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:17:02 ----
May 14 09:17:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:02 charge power: 3657W
May 14 09:17:02 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:02 charge currents: [15.8 0 0]A
May 14 09:17:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:17:03 pv power: 4416W
May 14 09:17:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:17:03 battery soc: 54%
May 14 09:17:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:17:03 battery power: -469W
May 14 09:17:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:17:03 grid meter: 9W
May 14 09:17:03 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:17:03 site power: -460W
May 14 09:17:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:03 detected active phases: 1p
May 14 09:17:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:03 charge total import: 427.803kWh
May 14 09:17:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:03 charger status: C
May 14 09:17:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:03 soc estimated: 82.10% (vehicle: 82.00%)
May 14 09:17:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:03 vehicle soc: 82%
May 14 09:17:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:03 vehicle soc limit: 95%
May 14 09:17:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:03 vehicle range: 472km
May 14 09:17:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:03 phase timer inactive
May 14 09:17:03 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:03 pv charge current: 18A = 16A + 2A (-460W @ 1p)
May 14 09:17:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:17:32 ----
May 14 09:17:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:32 charge power: 3693W
May 14 09:17:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:32 charge currents: [15.8 0 0]A
May 14 09:17:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:17:32 pv power: 4488W
May 14 09:17:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:17:32 battery soc: 54%
May 14 09:17:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:17:32 battery power: -512W
May 14 09:17:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:17:32 grid meter: 11W
May 14 09:17:32 raspberrypi evcc[1156]: [site  ] DEBUG 2024/05/14 09:17:32 site power: -501W
May 14 09:17:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:32 detected active phases: 1p
May 14 09:17:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:32 charge total import: 427.834kWh
May 14 09:17:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:32 charger status: C
May 14 09:17:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:32 soc estimated: 82.14% (vehicle: 82.00%)
May 14 09:17:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:32 vehicle soc: 82%
May 14 09:17:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:32 vehicle soc limit: 95%
May 14 09:17:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:32 vehicle range: 472km
May 14 09:17:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:32 available power 4194W > 4140W min 3p threshold
May 14 09:17:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:32 start phase scale3p timer
May 14 09:17:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:32 phase scale3p in 1m0s
May 14 09:17:32 raspberrypi evcc[1156]: [lp-1  ] DEBUG 2024/05/14 09:17:32 pv charge current: 18.2A = 16A + 2.18A (-501W @ 1p)

What type of operating system are you running?

Linux

Version

0.126.2
@naltatis
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Can you provide a log file? The in-vehicle limit should be shown as vehicle soc limit: xx%

@naltatis naltatis added the question Rather clarification than issue label May 15, 2024
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GrafRudi commented May 16, 2024 •
edited

@naltatis - added log file, you see that at May 14 09:15:33 the first time that the update vehicle soc limit is 95%, this was set by the Tesla App.

Note: The functionality itself is correct, only the displayed message seems to be incorrect.

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Ok, so looks like a pure UI and not a data problem. Thats good :D

@naltatis naltatis added bug Something isn't working ux User experience/ interface and removed question Rather clarification than issue labels May 17, 2024
@naltatis naltatis self-assigned this May 17, 2024
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naltatis commented May 17, 2024 •
edited

@GrafRudi I can't reproduce this. In the log you've provided, the vehicle is charging. This does not correlate with the state in the screenshot where charging has finished.

But maybe a few details on how we update the vehicle soc value: By default, evcc only requests soc (and limit soc) infos from the vehicle when it gets connected or during charging. When charging has stopped, we don't continue requesting soc (and limit soc) data to allow the vehicle to enter sleep state. The soc usually doesn't change unless the vehicle is driven (disconnect) or charged again. Self-discharge or vampire drain is ignored here. With the limit soc from the vehicle it's different. You can change this at any time in the app, but we only update it during charging. So it's quite possible to get an out of sync state when changing limit soc while the car is not charging.

Functionality wise, this should not be a problem. Increasing the vehicle limit soc afterwards will result in the car starting to charge until the new limit is reached because evcc keeps the charger enabled. Only decreasing an already reached limit will not reflect in the UI.

The described default behavior can also be configured via poll https://docs.evcc.io/docs/reference/configuration/loadpoints#poll

If this does not explain your observed behavior, I need more logs and detailed reproduction steps that go along.

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I think here is nothing to do at the moment. @GrafRudi feel free to add comments here if your effect does not match the above explanation.

@naltatis naltatis closed this as not planned Won't fix, can't repro, duplicate, stale May 29, 2024
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Sorry forgot to answer, closure is ok

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