Deutsch • English

API Keys

Key	R/W	Type	Category	Description
acp	R/W	bool	Config	Ladepause erlauben (car compatiblity)
acs	R/W	uint8	Config	Zugriffskontrolle Benutzer Einstellung (Open=0, Wait=1)
acu	R	int	Status	Mit wie vielen Ampere darf das Auto derzeit laden?
adi	R	bool	Status	Wird der 16A Adapter benutzt? Limitiert den Ladestrom auf 16A
alw	R	bool	Status	Darf das Auto derzeit laden?
ama	R/W	uint8	Config	Maximales Ampere limit
amp	R/W	uint8	Config	Gewünschtes Limit in Ampere, genutzt für LED Ring darstellung und interen Logik abläufe
amt	R	int	Status	Temperatur Strom Limit
ara	R/W	bool	Config	Automatischer Stop remain in aWATTar
ate	R/W	double	Config	Automatischer Stop, Energy in Wh
atp	R	optional<object>	Status	nächster Trip Plan Daten (debug)
att	R/W	seconds	Config	Automatischer Stop in Sekunden nach Tagbeginn, calculation: (hours3600)+(minutes60)+(seconds)
awc	R/W	uint8	Config	awattar Land (Österreich=0, Deutschland=1)
awcp	R	optional<object>	Status	awattar Dezeitiger Preis
awe	R/W	bool	Config	nutze Awattar
awp	R/W	float	Config	awattar MaxPreis in ct
bac	R/W	uint8_t	Config	Taster erlaubt Stromändernung (0=AlwaysLock, 1=LockWhenCarIsConnected, 2=LockWhenCarIsCharging, 3=NeverLock)
car	R	optional<uint8>	Status	Zustand Fahrzeug, null wenn Interner Fehler (Unknown/Error=0, Idle=1, Charging=2, WaitCar=3, Complete=4, Error=5)
cards (entfernt mit Firmware 60.0)	R/W	array	Config	array mit Nutzer Karten Daten (Name, Energiezähler, Aktivierungsstatus)
c0n c1n c2n c3n c4n c5n c6n c7n c8n c9n (introduced in 60.0)	R/W	string	Config	RFID card (0..9) Name
c0e c1e c2e c3e c4e c5e c6e c7e c8e c9e (introduced in 60.0)	R/W	uint64_t	Config	RFID card (0..9) Energie (Wh)
c0i c1i c2i c3i c4i c5i c6i c7i c8i c9i (introduced in 60.0)	R/W	bool	Config	RFID card (0..9) ID (true / false)
cbl	R	optional<int>	Status	derzeitges Stromlimit des Kabels in A
cch	R/W	string	Config	LED-Ring Farbe beim Laden, format: #RRGGBB
cco	R/W	double	Config	Auto Leistungsaufnahme (only stored for app)
ccrv	R	string	Constant	chargectrl Empfohlene Version
ccu	R	optional<object>	Status	charge controller update Vortschritt (null wenn derzeit kein Update läuft)
ccw	R	optional<object>	Status	Derzeit verbundenes WiFi
cdi	R	object	Status	Ladedauer Info (null=no charging in progress, type=0 counter going up, type=1 duration in ms)
cfi	R/W	string	Config	LED-Ring Farbe Laden abgeschlossen, format: #RRGGBB
cid	R/W	string	Config	LED-Ring Farbe beim Warten, format: #RRGGBB
clp	R/W	array	Config	Stromlimit Einstellung, max. 5 entries
cus	R	uint8	Status	Kabel Verschluss Status (Unknown=0, Unlocked=1, UnlockFailed=2, Locked=3, LockFailed=4, LockUnlockPowerout=5)
cwc	R/W	string	Config	LED-Ring Farbe beim warten auf Auto, format: #RRGGBB
cwe	R/W	bool	Config	cloud websocket eingeschalten
del	W	uint8	Other	Setzte die auf 0-9 um die RFID Karte zu löschen (Löscht Karten Name, Energie and RFID Id)
deltaa	R	float	Other	deltaA
deltap	R	float	Status	deltaP
delw	W	uint8	Other	setze dies auf 0-9 um die STA Daten zu löschen (erases ssid, key, ...)
dns	R	object	Status	DNS server
dwo	R/W	optional<double>	Config	Lade Energy Limit, gemessen in Wh, null bedeutet deaktiviert, nicht mit der Next-Trip Energie zu verwechseln
err	R	optional<uint8>	Status	error, null if internal error (None = 0, FiAc = 1, FiDc = 2, Phase = 3, Overvolt = 4, Overamp = 5, Diode = 6, PpInvalid = 7, GndInvalid = 8, ContactorStuck = 9, ContactorMiss = 10, FiUnknown = 11, Unknown = 12, Overtemp = 13, NoComm = 14, StatusLockStuckOpen = 15, StatusLockStuckLocked = 16, Reserved20 = 20, Reserved21 = 21, Reserved22 = 22, Reserved23 = 23, Reserved24 = 24)
esk	R/W	bool	Config	energy set kwh (only stored for app)
eto	R	uint64	Status	energy_total, measured in Wh
ferm	R	uint8	Status	effectiveRoundingMode
ffb	R	uint8	Status	lock feedback (NoProblem=0, ProblemLock=1, ProblemUnlock=2)
fhz	R	optional<float>	Status	Stromnetz frequency (~50Hz) or 0 if unknown
fmt	R/W	milliseconds	Config	minChargeTime in milliseconds
fna	R/W	string	Config	friendlyName
frc	R/W	uint8	Config	forceState (Neutral=0, Off=1, On=2)
frm	R	uint8	Config	roundingMode PreferPowerFromGrid=0, Default=1, PreferPowerToGrid=2
fsp	R	bool	Status	force_single_phase, this is only the result of the charging logic, if it wishes single force or not at the moment
fsptws	R	optional<milliseconds>	Status	force single phase toggle wished since
fst	R/W	float	Config	startingPower in watts
fup	R/W	bool	Config	usePvSurplus
fwc	R	string	Constant	firmware from CarControl
fwv	R	string	Constant	FW_VERSION
fzf	R/W	bool	Config	zeroFeedin
host	R	optional<string>	Status	hostname used on STA interface
hsa	R/W	bool	Config	httpStaAuthentication
ido	R	optional<object>	Config	Inverter data override
ids	R/W	bool	Other	PvSurPlus Information. z.b.: {"pGrid": 1000., "pPv": 1400., "pAkku": 2000.} pGrid < 0 ==> Einspeisen, pAkku < 0 ==> Batterie laden, pPv > 0 ==> PV Produktion, pPv < 0 ==> Standby. Muß alle 5 Sekunden geschrieben werden. Kann bis 10 Sekunden nach Schreiben gelesen werden. pPv und pAkku sind optional
inva	R	milliseconds	Status	age of inverter data
lbp	R	milliseconds	Status	lastButtonPress in milliseconds
lbr	R/W	uint8	Config	led_bright, 0-255
lccfc	R	optional<milliseconds>	Status	lastCarStateChangedFromCharging (in ms)
lccfi	R	optional<milliseconds>	Status	lastCarStateChangedFromIdle (in ms)
lcctc	R	optional<milliseconds>	Status	lastCarStateChangedToCharging (in ms)
lck	R	uint8	Status	Effective lock setting, as sent to Charge Ctrl (Normal=0, AutoUnlock=1, AlwaysLock=2, ForceUnlock=3)
led	R	object	Status	internal infos about currently running led animation
lfspt	R	optional<milliseconds>	Status	last force single phase toggle
lmo	R/W	uint8	Config	logic mode (Default=3, Awattar=4, AutomaticStop=5)
lmsc	R	milliseconds	Status	last model status change
loa	R	optional<uint8>	Status	load balancing ampere
loc	R	string	Status	local time
loe	R/W	bool	Config	Load balancing enabled
lof	R/W	uint8	Config	load_fallback
log	R/W	string	Config	load_group_id
lop	R/W	uint16	Config	load_priority
lot	R/W	uint32	Config	load balancing total amp
loty	R/W	uint8	Config	load balancing type (Static=0, Dynamic=1)
lpsc	R	milliseconds	Status	last pv surplus calculation
lrn	W	uint8	Other	set this to 0-9 to learn last read card id
lse	R/W	bool	Config	led_save_energy
map	R/W	array	Config	load_mapping (uint8_t[3])
mca	R/W	uint8	Config	minChargingCurrent
mci	R/W	milliseconds	Config	minimumChargingInterval in milliseconds (0 means disabled)
mcpd	R/W	milliseconds	Config	minChargePauseDuration in milliseconds (0 means disabled)
mcpea	R/W	optional<milliseconds>	Status	minChargePauseEndsAt (set to null to abort current minChargePauseDuration)
mmp	R	float	Status	maximumMeasuredChargingPower (debug)
modelStatus	R	uint8	Status	Reason why we allow charging or not right now (NotChargingBecauseNoChargeCtrlData=0, NotChargingBecauseOvertemperature=1, NotChargingBecauseAccessControlWait=2, ChargingBecauseForceStateOn=3, NotChargingBecauseForceStateOff=4, NotChargingBecauseScheduler=5, NotChargingBecauseEnergyLimit=6, ChargingBecauseAwattarPriceLow=7, ChargingBecauseAutomaticStopTestLadung=8, ChargingBecauseAutomaticStopNotEnoughTime=9, ChargingBecauseAutomaticStop=10, ChargingBecauseAutomaticStopNoClock=11, ChargingBecausePvSurplus=12, ChargingBecauseFallbackGoEDefault=13, ChargingBecauseFallbackGoEScheduler=14, ChargingBecauseFallbackDefault=15, NotChargingBecauseFallbackGoEAwattar=16, NotChargingBecauseFallbackAwattar=17, NotChargingBecauseFallbackAutomaticStop=18, ChargingBecauseCarCompatibilityKeepAlive=19, ChargingBecauseChargePauseNotAllowed=20, NotChargingBecauseSimulateUnplugging=22, NotChargingBecausePhaseSwitch=23, NotChargingBecauseMinPauseDuration=24, NotChargingBecauseError=26, NotChargingBecauseLoadManagementDoesntWant=27, NotChargingBecauseOcppDoesntWant=28, NotChargingBecauseReconnectDelay=29, NotChargingBecauseAdapterBlocking=30, NotChargingBecauseUnderfrequencyControl=31, NotChargingBecauseUnbalancedLoad=32, ChargingBecauseDischargingPvBattery=33, NotChargingBecauseGridMonitoring=34, NotChargingBecauseOcppFallback=35)
mptwt	R/W	milliseconds	Config	min phase toggle wait time (in milliseconds)
mpwst	R/W	milliseconds	Config	min phase wish switch time (in milliseconds)
nif	R	string	Status	Default route
nmo	R/W	bool	Config	norway_mode / ground check enabled when norway mode is disabled (inverted)
nrg	R	array	Status	energy array, U (L1, L2, L3, N), I (L1, L2, L3), P (L1, L2, L3, N, Total), pf (L1, L2, L3, N)
ocppa	R	bool	Status	OCPP connected and accepted
ocppaa	R	null or milliseconds	Status	OCPP connected and accepted (timestamp in milliseconds since reboot) Subtract from reboot time (rbt) to get number of milliseconds since connected
ocppai	R/W	seconds	Config	OCPP clock aligned data interval (can also be read/written with GetConfiguration and ChangeConfiguration)
ocppc	R	bool	Status	OCPP connected
ocppca	R	null or milliseconds	Status	OCPP connected (timestamp in milliseconds since reboot) Subtract from reboot time (rbt) to get number of milliseconds since connected
ocppcc	R/W	string	Config	OCPP client cert
ocppck	R/W	string	Config	OCPP client key
ocppcn	R/W	bool	Config	OCPP skipCertCommonNameCheck
ocppd	R/W	string	Config	OCPP dummy card id (used when no card has been used and charging is already allowed / starting)
ocppe	R/W	bool	Config	OCPP enabled
ocppg	R/W	bool	Config	OCPP use global CA Store
ocpph	R/W	seconds	Config	OCPP heartbeat interval (can also be read/written with GetConfiguration and ChangeConfiguration)
ocppi	R/W	seconds	Config	OCPP meter values sample interval (can also be read/written with GetConfiguration and ChangeConfiguration)
ocpple	R	string or null	Status	OCPP last error
ocpplea	R	null or milliseconds	Status	OCPP last error (timestamp in milliseconds since reboot) Subtract from reboot time (rbt) to get number of milliseconds since connected
ocppr	R/W	bool	Config	OCPP rotate phases on charger
ocpprl	R/W	bool	Config	OCPP remote logging (usually only enabled by go-e support to allow debugging)
ocpps	R	bool	Status	OCPP started
ocppsc	R/W	string	Config	OCPP server cert
ocppss	R/W	bool	Config	OCPP skipServerVerification
ocppu	R/W	string	Config	OCPP server url
oct	W	string	Other	firmware update trigger (must specify a branch from ocu)
ocu	R	array	Status	list of available firmware branches
oem	R	string	Constant	OEM manufacturer
pakku	R	optional<float>	Status	pAkku in W
pgrid	R	optional<float>	Status	pGrid in W
pgt	R/W	float	Config	pGridTarget in W
pha	R	optional<array>	Status	phases
pnp	R	uint8	Status	numberOfPhases
po	R/W	float	Config	prioOffset in W
ppv	R	optional<float>	Status	pPv in W
psh	R/W	float	Config	phaseSwitchHysteresis in W
psmd	R/W	milliseconds	Config	forceSinglePhaseDuration (in milliseconds)
pvopt_averagePAkku	R	float	Status	averagePAkku
pvopt_averagePGrid	R	float	Status	averagePGrid
pvopt_averagePPv	R	float	Status	averagePPv
pwm	R	uint8	Status	phase wish mode for debugging / only for pv optimizing / used for timers later (Force_3=0, Wish_1=1, Wish_3=2)
rbc	R	uint32	Status	reboot_counter
rbt	R	milliseconds	Status	time since boot in milliseconds
rfb	R	int	Status	Relay Feedback
rssi	R	optional<int8>	Status	RSSI signal strength
rst	W	any	Other	Ladestation neustarten
scaa	R	milliseconds	Status	wifi scan age
scan	R	array	Status	wifi scan result (encryptionType: OPEN=0, WEP=1, WPA_PSK=2, WPA2_PSK=3, WPA_WPA2_PSK=4, WPA2_ENTERPRISE=5, WPA3_PSK=6, WPA2_WPA3_PSK=7)
sch_satur	R/W	object	Config	scheduler_saturday, control enum values: Disabled=0, Inside=1, Outside=2
sch_sund	R/W	object	Config	scheduler_sunday, control enum values: Disabled=0, Inside=1, Outside=2
sch_week	R/W	object	Config	scheduler_weekday, control enum values: Disabled=0, Inside=1, Outside=2
sdp	R/W	uint8_t	Config	Button Allow Force change (0=AlwaysLock, 1=LockWhenCarIsConnected, 2=LockWhenCarIsCharging, 3=NeverLock)
sh	R/W	float	Config	stopHysteresis in W
spl3	R/W	float	Config	threePhaseSwitchLevel
sse	R	string	Constant	serial number
su	R/W	bool	Config	simulateUnpluggingShort
sua	R/W	bool	Config	simulateUnpluggingAlways
sumd	R/W	milliseconds	Config	simulate unpluging duration (in milliseconds)
tds	R/W	uint8	Config	timezone daylight saving mode, None=0, EuropeanSummerTime=1, UsDaylightTime=2
tlf	R	bool	Status	testLadungFinished (debug)
tls	R	bool	Status	testLadungStarted (debug)
tma	R	array	Status	temperature sensors
tof	R/W	minutes	Config	timezone offset in minutes
tpa	R	float	Status	30 Sekunden Gesamtleistungsdurchschnitt (wird für genauere next-trip vorhersagen berechnet)
trx	R/W	optional<uint8>	Status	transaction, null when no transaction, 0 when without card, otherwise cardIndex + 1 (1: 0. card, 2: 1. card, ...)
tse	R/W	bool	Config	time server enabled (NTP)
tsss	R	uint8	Config	time server sync status (RESET=0, COMPLETED=1, IN_PROGRESS=2)
typ	R	string	Constant	Devicetype
upo	R/W	bool	Config	unlock_power_outage
ust	R/W	uint8	Config	unlock_setting (Normal=0, AutoUnlock=1, AlwaysLock=2)
utc	R/W	string	Status	utc time
var	R	uint8	Constant	variant: max Ampere value of unit (11: 11kW/16A, 22: 22kW/32A)
wcb	R	string	Status	WiFi current mac address
wfb	R	array	Status	WiFi failed mac addresses
wh	R	double	Status	energy in Wh since car connected
wifis	R/W	array	Config	WiFi Konfiguration mit SSID und Passwort; Wenn man nur den zweiten Eintrag ändern möchte, einfach das erste Objekt leer lassen: [{}, {"ssid":"","key":""}]
wpb	R	array	Status	WiFi planned mac addresses
wsc	R	uint8	Status	WiFi STA error count
wsm	R	string	Status	WiFi STA error message
wsms	R	uint8	Status	WiFi state machine state (None=0, Scanning=1, Connecting=2, Connected=3)
wst	R	uint8	Status	WiFi STA status (IDLE_STATUS=0, NO_SSID_AVAIL=1, SCAN_COMPLETED=2, CONNECTED=3, CONNECT_FAILED=4, CONNECTION_LOST=5, DISCONNECTED=6, CONNECTING=8, DISCONNECTING=9, NO_SHIELD=10 (for compatibility with WiFi Shield library))
zfo	R/W	float	Config	zeroFeedinOffset in W