Fehlermeldung:meter [db:5] cannot create meter 'db:5':cannot create meter type 'template': yaml: line 102: could not find expected ':':type:custompower:source:go# handling old and new firmwarescript:|        res := float64(bp)        if (brs&0x2 > 0 || bc < 0) && bp >= 0 {          res = float64(-bp)        }        resin:      -name:brstype:intconfig:source:modbusid:1# Modbus TCPuri:192.168.40.247:502rtu:falseregister:type:inputaddress:13000# Battery running statedecode:uint16      -name:bctype:intconfig:source:modbusid:1# Modbus TCPuri:192.168.40.247:502rtu:falseregister:type:inputaddress:13020# Battery currentdecode:int16      -name:bptype:intconfig:source:modbusid:1# Modbus TCPuri:192.168.40.247:502rtu:falseregister:type:inputaddress:13021# Battery powerdecode:int16energy:source:modbusid:1# Modbus TCPuri:192.168.40.247:502rtu:falseregister:address:13026# Total battery discharge energy, 0.1kWhtype:inputdecode:uint32sscale:0.1soc:source:modbusid:1# Modbus TCPuri:192.168.40.247:502rtu:falseregister:address:13022# Battery leveltype:inputdecode:int16scale:0.1batterymode:source:switchswitch:      -case:1# normalset:source:sequenceset:          -source:constvalue:0# Self-consumption mode (Default)set:source:modbusid:1# Modbus TCPuri:192.168.40.247:502rtu:falseregister:address:13049# EMS mode selectiontype:writesingledecode:uint16          -source:constvalue:0xCC# Stop (Default)set:source:modbusid:1# Modbus TCPuri:192.168.40.247:502rtu:falseregister:address:13050# Charge/discharge commandtype:writesingledecode:uint16# Reset max battery discharge power          -source:constvalue:8700set:source:modbusid:1# Modbus TCPuri:192.168.40.247:502rtu:falseregister:address:33047# Battery max discharge powertype:writesingledecode:uint16      -case:2# holdset:source:sequenceset:          -source:constvalue:0# Self-consumption mode (Default)set:source:modbusid:1# Modbus TCPuri:192.168.40.247:502rtu:falseregister:address:13049# EMS mode selectiontype:writesingledecode:uint16          -source:constvalue:0xCC# Stop (Default)set:source:modbusid:1# Modbus TCPuri:192.168.40.247:502rtu:falseregister:address:13050# Charge/discharge commandtype:writesingledecode:uint16# Set max battery discharge power, effectively stops discharging          -source:constvalue:1# 0.01kW, min allowed value for registerset:source:modbusid:1# Modbus TCPuri:192.168.40.247:502rtu:falseregister:address:33047# Battery max discharge powertype:writesingledecode:uint16      -case:3# chargeset:source:sequenceset:          -source:constvalue:2# Forced mode (charge/discharge/stop)set:source:modbusid:1# Modbus TCPuri:192.168.40.247:502rtu:falseregister:address:13049# EMS modetype:writesingledecode:uint16          -source:constvalue:0xAA# Chargeset:source:modbusid:1# Modbus TCPuri:192.168.40.247:502rtu:falseregister:address:13050# Charge/discharge commandtype:writesingledecode:uint16          -source:constvalue:8700# Wset:source:modbusid:1# Modbus TCPuri:192.168.40.247:502rtu:falseregister:address:13051# Charge powertype:writesingledecode:uint16capacity:12.8# kWhKonfiguration (/etc/evcc.yaml):network:schema:httphost:localhostport:7070log:debuglevels:site:debuglp-1:debuglp-2:debuglp-3:debuglp-4:debugdatabase:type:sqlitedsn:/var/lib/evcc/evcc.dbinterval:10s# control cycle intervalplant:*****# sponsor token: *****sponsortoken:*****meters:  -name:gridtype:templatetemplate:sungrow-hybridusage:gridmodbus:tcpipid:1host:192.168.40.247# Hostnameport:502# Port     -name:SDM72type:templatetemplate:eastron-sdm72usage:chargermodbus:tcpipid:1host:192.168.40.178# Hostnameport:8899# Portchargers:  -name:goe_charger1type:templatetemplate:go-e-v3host:192.168.40.133  -name:goe_charger2type:templatetemplate:go-e-v3host:192.168.40.124      -name:tasmota_plugtype:templatetemplate:tasmotahost:192.168.40.249# IP-Adresse oder Hostnamestandbypower:10# Leistung oberhalb des angegebenen Wertes wird als Ladeleistung gewertet (Optional# - name: tasmota_pv#   type: custom#   status: # charger status A..F#     source: mqtt#     topic: evcc/fhem/meter/charger_status#   enabled: # charger enabled state (true/false or 0/1)#     source: http#     uri: http://192.168.40.176/cm?cmnd=state#     jq: if .POWER1 == "on" then true else false end#   enable: # charger enable state (true/false or 0/1)#     source: http#     uri: http://192.168.40.176/cm?cmnd=POWER1%20{{if .enable}}on{{else}}off{{end}}#   maxcurrent: # set charger max current (A)#     source: script#     cmd: /bin/sh -c 'echo 1'#   features:#     # no vehicle#     - integrateddevice#     # SoC as temperature#     - heating#   icon: heatpump  -name:tasmota_pvtype:sgreadysetmode:source:switchswitch:      -case:1# normalset:# Hier wird der Funktionsaufruf eingefügt, der die Heizung in den Normalbetrieb setzt.# Dafür können alle üblichen Plugins verwendet werden.source:constvalue:falseset:source:chargerconfig:type:templatetemplate:tasmota# Boost-Kontakt der Wärmepumpehost:192.168.40.176channel:1      -case:2# boostset:# Hier wird der Funktionsaufruf eingefügt, der die Heizung in den Boostbetrieb setzt.source:constvalue:trueset:source:chargerconfig:type:templatetemplate:tasmota# Boost-Kontakt der Wärmepumpehost:192.168.40.176channel:1      -case:3# dimm (not supported, yet)set:source:errorerror:ErrNotAvailablegetmode:# hier wird der Funktionsaufruf eingefügt, der den Status der Heizung zurückmeldet:# 1 für Normalbetrieb# 2 für Boostbetrieb# 3 für reduzierte Leistungsource:calcadd:        -source:constvalue:1        -source:chargerconfig:type:templatetemplate:tasmota# Boost-Kontakt der Wärmepumpehost:192.168.40.176channel:1temp:source:mqtttopic:ebusd/ctlv2/HwcStorageTempjq:.tempv.valuevehicles:  -name:IONIQ5type:customtitle:Hyundai IONIQ 5capacity:72.6# kWhphases:0onIdentify:# set defaults when vehicle is identifiedmode:pvpriority:5soc:source:mqtttopic:PyOBD_evSoc/hyundai-ioniq5/socrange:source:mqtttopic:PyOBD_evSoc/hyundai-ioniq5/rangeodometer:source:mqtttopic:PyOBD_evSoc/hyundai-ioniq5/Odoclimater:source:mqtttopic:PyOBD_evSoc/hyundai-ioniq5/remoteClimateState# climater:#   source: go#   script: |#     println(remoteClimateState)#     return remoteClimateState != "off"#   in:#     - name: remoteClimateState#       type: string#       config:#         source: mqtt#         topic: PyOBD_evSoc/hyundai-ioniq5/remoteClimateState#         timeout: 10  -name:IONIQ5_rfidtype:customtitle:Hyundai IONIQ 5 (Schnell-Laden)capacity:72.6# kWhphases:0identifiers:       -IONIQ5onIdentify:# set defaults when vehicle is identifiedmode:nowsoc:source:mqtttopic:PyOBD_evSoc/hyundai-ioniq5/socrange:source:mqtttopic:PyOBD_evSoc/hyundai-ioniq5/rangeodometer:source:mqtttopic:PyOBD_evSoc/hyundai-ioniq5/Odoclimater:source:mqtttopic:PyOBD_evSoc/hyundai-ioniq5/remoteClimateState  -name:konatype:customtitle:Hyundai Kona# display name for UIcapacity:64# kWhphases:0onIdentify:# set defaults when vehicle is identifiedmode:pvpriority:2soc:source:mqtttopic:PyOBD_evSoc/hyundai-kona/socrange:source:mqtttopic:PyOBD_evSoc/hyundai-kona/rangeodometer:source:mqtttopic:PyOBD_evSoc/hyundai-kona/Odoclimater:source:mqtttopic:PyOBD_evSoc/hyundai-kona/remoteClimateState    -name:kona_rfidtype:customtitle:Hyundai Kona (Schnell-Laden)# display name for UIcapacity:64# kWhphases:0identifiers:       -KonaonIdentify:# set defaults when vehicle is identifiedmode:nowsoc:source:mqtttopic:PyOBD_evSoc/hyundai-kona/socrange:source:mqtttopic:PyOBD_evSoc/hyundai-kona/rangeodometer:source:mqtttopic:PyOBD_evSoc/hyundai-kona/Odoclimater:source:mqtttopic:PyOBD_evSoc/hyundai-kona/remoteClimateState    -name:e_biketype:templatetemplate:offlineicon:biketitle:VELO DE VILLE# Wird in der Benutzeroberfläche angezeigt (Optional)capacity:0.625# Akkukapazität in kWh (Optional)phases:1  -name:e_scootertype:templatetemplate:offlineicon:scootertitle:ePowerFun ePF 2 XT 835# Wird in der Benutzeroberfläche angezeigt (Optional)capacity:0.835# Akkukapazität in kWh (Optional)phases:1# - name: vaillant#   type: custom#   icon: heatpump#   phases: 3#   title: aroTHERM plus # Wird in der Benutzeroberfläche angezeigt (Optional)#   soc:#     source: mqtt#     # broker: 192.168.178.181:1883#     topic: ebusd/ctlv2/HwcStorageTemp#     jq: .tempv.valueloadpoints:  -title:Parkplatzcircuit:main# parent to the main circuitcharger:goe_charger1vehicle:konamode:pv# Standardmodus zum Ladenphases:0# Automatische Umschaltung zwischen 1 und 3 Phasenenable:threshold:0# 0 = Export die minimale Ladeleistung erreicht habendelay:1mdisable:threshold:200# Maximaler Netzbezug von 200W ist erlaubtdelay:6msoc:poll:mode:connectedinterval:10s  -title:Carportcircuit:main# parent to the main circuitcharger:goe_charger2vehicle:IONIQ5mode:pv# Standardmodus zum Ladenphases:0enable:threshold:0# 0 = Export die minimale Ladeleistung erreicht habendelay:1mdisable:threshold:200# Maximaler Netzbezug von 200W ist erlaubtdelay:6msoc:poll:mode:connectedinterval:10s    -title:Tasmota Steckdose# circuit: main # parent to the main circuitcharger:tasmota_plugvehicle:e_scootermode:off# Standardmodus zum Laden# phases: 1enable:threshold:0# 0 = Export die minimale Ladeleistung erreicht habendelay:1mdisable:threshold:200# Maximaler Netzbezug von 200W ist erlaubtdelay:1m  -title:Vaillant aroTHERM pluscircuit:main# parent to the main circuitcharger:tasmota_pv# vehicle: vaillantmeter:SDM72enable:threshold:-2200# 0 = Export die minimale Ladeleistung erreicht habendelay:10mdisable:threshold:0# Maximaler Netzbezug von 0W ist erlaubtdelay:20m# Laufzeit mindestens 20 Minutensoc:poll:mode:alwaysinterval:1mcircuits:  -name:main# eindeutiger Name, wird als Referenz für andere Circuits verwendettitle:Hauptstromkreis# Anzeige in der UI (später)maxPower:30000# 30kW (optional)maxCurrent:50# 63A main circuit breaker (optional)# GetMaxPower:#   source: mqtt#   topic: evcc/fhem/hems/limit#   timeout: 1140mmeter:grid# optionalmqtt:broker:192.168.40.248:1883topic:evccclientid:evccsite:title:Meine Sonnentankstellemeters:grid:gridresidualPower:300influx:url:http://192.168.30.233:8086database:evcc# push messagesmessaging:events:start:title:Ladevorgang gestartetmsg:Ladevorgang von "${title}" wurde mit Modus "${mode}" und {{round (divf .vehicleSoc) 0 }} % gestartet bei ${pvPower:%.1fk}kW PV und Hausspeicher bei {{round (divf .batterySoc) 0 }} %stop:title:Ladevorgang beendetmsg:${title} hat ${chargedEnergy:%.1fk}kWh in ${chargeDuration} und {{round (divf .vehicleSoc) 0 }} % geladenconnect:title:Fahrzeug verbundenmsg:${title} an Ladepunkt ${title} verbundendisconnect:title:Fahrzeug getrenntmsg:${title} an Ladepunkt ${title} nach ${connectedDuration} getrenntservices:    -type:shouturi:gotify://gotify.#####/#####/?priority=0#  - type: telegram#    token: *****#    chats: *****#    - 706989998

[main ] INFO 2025/03/27 07:45:06 evcc 0.202.0 (c4682de1)[main ] INFO 2025/03/27 07:45:06 using config file: /etc/evcc.yaml[db ] INFO 2025/03/27 07:45:06 using sqlite database: /var/lib/evcc/evcc.db[mqtt ] INFO 2025/03/27 07:45:07 connecting evcc at tcp://192.168.40.248:1883[mqtt ] DEBUG 2025/03/27 07:45:07 tcp://192.168.40.248:1883 connected[eebus ] INFO 2025/03/27 07:45:07 Local SKI: d7f50b561b7f9746ad4507df65c118b5c394a011[eebus ] DEBUG 2025/03/27 07:45:07 starting websocket server on :4712[eebus ] DEBUG 2025/03/27 07:45:07 mdns: announce[eebus ] DEBUG 2025/03/27 07:45:07 mdns: using zeroconf[main ] INFO 2025/03/27 07:45:07 listening at :7070[main ] FATAL 2025/03/27 07:45:07 meter [db:5] cannot create meter 'db:5': cannot create meter type 'template': yaml: line 102: could not find expected ':': type: custom power: source: go # handling old and new firmware script: | res := float64(bp) if (brs&0x2 > 0 || bc < 0) && bp >= 0 { res = float64(-bp) } res in: - name: brs type: int config: source: modbus id: 1 # Modbus TCP uri: 192.168.40.247:502 rtu: false register: type: input address: 13000 # Battery running state decode: uint16 - name: bc type: int config: source: modbus id: 1 # Modbus TCP uri: 192.168.40.247:502 rtu: false register: type: input address: 13020 # Battery current decode: int16 - name: bp type: int config: source: modbus id: 1 # Modbus TCP uri: 192.168.40.247:502 rtu: false register: type: input address: 13021 # Battery power decode: int16 energy: source: modbus id: 1 # Modbus TCP uri: 192.168.40.247:502 rtu: false register: address: 13026 # Total battery discharge energy, 0.1kWh type: input decode: uint32s scale: 0.1 soc: source: modbus id: 1 # Modbus TCP uri: 192.168.40.247:502 rtu: false register: address: 13022 # Battery level type: input decode: int16 scale: 0.1 batterymode: source: switch switch: - case: 1 # normal set: source: sequence set: - source: const value: 0 # Self-consumption mode (Default) set: source: modbus id: 1 # Modbus TCP uri: 192.168.40.247:502 rtu: false register: address: 13049 # EMS mode selection type: writesingle decode: uint16 - source: const value: 0xCC # Stop (Default) set: source: modbus id: 1 # Modbus TCP uri: 192.168.40.247:502 rtu: false register: address: 13050 # Charge/discharge command type: writesingle decode: uint16 # Reset max battery discharge power - source: const value:8700 set: source: modbus id: 1 # Modbus TCP uri: 192.168.40.247:502 rtu: false register: address: 33047 # Battery max discharge power type: writesingle decode: uint16 - case: 2 # hold set: source: sequence set: - source: const value: 0 # Self-consumption mode (Default) set: source: modbus id: 1 # Modbus TCP uri: 192.168.40.247:502 rtu: false register: address: 13049 # EMS mode selection type: writesingle decode: uint16 - source: const value: 0xCC # Stop (Default) set: source: modbus id: 1 # Modbus TCP uri: 192.168.40.247:502 rtu: false register: address: 13050 # Charge/discharge command type: writesingle decode: uint16 # Set max battery discharge power, effectively stops discharging - source: const value: 1 # 0.01kW, min allowed value for register set: source: modbus id: 1 # Modbus TCP uri: 192.168.40.247:502 rtu: false register: address: 33047 # Battery max discharge power type: writesingle decode: uint16 - case: 3 # charge set: source: sequence set: - source: const value: 2 # Forced mode (charge/discharge/stop) set: source: modbus id: 1 # Modbus TCP uri: 192.168.40.247:502 rtu: false register: address: 13049 # EMS mode type: writesingle decode: uint16 - source: const value: 0xAA # Charge set: source: modbus id: 1 # Modbus TCP uri: 192.168.40.247:502 rtu: false register: address: 13050 # Charge/discharge command type: writesingle decode: uint16 - source: const value: 8700 # W set: source: modbus id: 1 # Modbus TCP uri: 192.168.40.247:502 rtu: false register: address: 13051 # Charge power type: writesingle decode: uint16 capacity: 12.8 # kWh[main ] FATAL 2025/03/27 07:45:07 will attempt restart in: 15m0s