charger-card
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customize the stats
Can you please add an example to customize the stats....I don´t get it work.
Good point, I'll do that as soon as I find the time. Meanwhile, see i the guide at vacuum card helps you out (this card is forked from vacuum-card).
This is what I have working with the Tesla integration.
type: custom:charger-card
entity: sensor.duka_charging_rate_sensor
chargerImage: Anthracite
compact_view: false
show_stats: o
stats:
default:
- entity_id: binary_sensor.duka_charger_sensor
attribute: charging_state
subtitle: State
- entity_id: sensor.ev_power
subtitle: Power
unit: W
- entity_id: sensor.duka_charging_rate_sensor
attribute: charge_energy_added
subtitle: Energy Added
unit: kWh
- entity_id: sensor.duka_charging_rate_sensor
attribute: charger_actual_current
subtitle: Actual Current
unit: A
- entity_id: sensor.duka_charging_rate_sensor
attribute: charge_current_request
subtitle: Requested Current
unit: A
Some further discussion https://github.com/alandtse/tesla/issues/93
Hi @purcell-lab; the card doesn't by default by default support anythign else but the Easee charger integration. I'll be working on implementing other chargers, but probably not car integrations, so I don't really understand your question? Please elaborate.
Hi @purcell-lab; the card doesn't by default by default support anythign else but the Easee charger integration. I'll be working on implementing other chargers, but probably not car integrations, so I don't really understand your question? Please elaborate.
The Tesla integration has a lot of the attributes of a smart charger which are actual features from the car.
Thus using your charger-card it should be possible via the Tesla integration to start and stop charging, set various charging currents and set solar tracking for charging.
The example configuration above displays some Tesla statistics via your charger card; charging status, power, energy and current requested.
I have HA scripts that set charging to 8, 16, 32 Amps or solar tracking. Using your card I should be able to assign action buttons to call these scripts.
We just need to understand the structure the card configuration requires as per issue #6 or use a template to set up an entity with the Tesla attributes but in the easee structure for consumption by this card.
Hi @purcell-lab; the card doesn't by default by default support anythign else but the Easee charger integration. I'll be working on implementing other chargers, but probably not car integrations, so I don't really understand your question? Please elaborate.
If you're open to suggestions, I might suggest that you generalize the interface a bit so that you don't have to write it for each charger but you can let the community help you. Many of your choices work for other chargers as long as we can have a mapping from your term.
I actually have a build of your card which allows me to override some of your built in constants with my own strings. It was a PoC but I can probably clean it up and submit it as a PR this weekend. I believe you have some hard coded items in other parts of the card that can't be overwritten by that method. But after you see my edits you may think of an easy way to generalize it.
Sounds good, always open for suggestions. I made the card specifically for Easee, but I was hoping to find time to generalize it and make it more flexible. This time never appeared, but feel free to make a PR. There was some proposals in a different issue as well, for instance making an template sensor.
I actually have a build of your card which allows me to override some of your built in constants with my own strings. It was a PoC but I can probably clean it up and submit it as a PR this weekend. I believe you have some hard coded items in other parts of the card that can't be overwritten by that method. But after you see my edits you may think of an easy way to generalize it.
@alandtse, I would be interested in this. I couldn't see a fork on github so I'll await your PR.
I actually have a build of your card which allows me to override some of your built in constants with my own strings. It was a PoC but I can probably clean it up and submit it as a PR this weekend. I believe you have some hard coded items in other parts of the card that can't be overwritten by that method. But after you see my edits you may think of an easy way to generalize it.
@alandtse, I would be interested in this. I couldn't see a fork on github so I'll await your PR.
It's just a work in progress. https://github.com/alandtse/charger-card/tree/override. You have to know the constants in the code, but you override with a root yaml block. Please note, you need the subblock entity_id
to do an entity override. attribute
will let you specify an attribute.
Icons also need to be overridden too.
override:
CURRENTLIMITS:
- 8
- 10
- 16
- 20
- 25
- 32
CHARGERDOMAIN: tesla
STANDBY_1: Disconnected
PAUSED_2: awaiting_start
CHARGING_3: 'On'
READY_4: Complete
ERROR_5: error
CONNECTED_6: ready_to_charge
cableLocked:
entity_id: lock.everest_charger_door_lock
cableLockedPermanently: switch.cable_locked_permanently
basicSchedule: true
circuitCurrent: sensor.circuit_current
costPerKwh: sensor.cost_per_kwh
dynamicChargerCurrent: sensor.dynamic_charger_limit
dynamicCircuitCurrent: sensor.dynamic_circuit_limit
enableIdleCurrent: switch.enable_idle_current
inCurrent:
entity_id: sensor.eva_charging_rate_sensor
attribute: charger_actual_current
isEnabled: switch.everest_charger_switch
maxChargerCurrent:
entity_id: sensor.eva_charging_rate_sensor
attribute: charge_current_request
maxCircuitCurrent: 32
offlineCircuitCurrent: 32
isOnline:
entity_id: binary_sensor.everest_online_sensor
outputCurrent: sensor.output_limit
reasonForNoCurrent: sensor.reason_for_no_current
sessionEnergy:
entity_id: sensor.eva_charging_rate_sensor
attribute: charge_energy_added
energyPerHour:
entity_id: sensor.everest_charging_rate_sensor
energyLifetime: sensor.lifetime_energy
smartCharging:
entity_id: switch.everest_maxrange_switch
totalPower:
entity_id: sensor.everest_charging_rate_sensor
attribute: charger_power
updateAvailable: binary_sensor.everest_update_available_sensor
voltage:
entity_id: sensor.everest_charging_rate_sensor
attribute: charger_voltage
chargerMaxCurrent: set_charger_max_limit
chargerDynCurrent: set_charger_dynamic_limit
circuitMaxCurrent: set_charger_circuit_max_limit
circuitDynCurrent: set_charger_circuit_dynamic_limit
circuitOfflineCurrent: set_charger_circuit_offline_limit
@alandtse ; Thank you! I did some work myself during the weekend, it is in an early phase, but I got it to work adding my wind sensor as power, so it should be flexible. UI should work, select "Other". It is available as a branch here if you want to play around. I see you did some more details about attributes and services, that is a good idea that I didn't work on just yet.
I'll be away some days travelling this week, so I won't have much time to look at it before next week.
I did some work on making the card customizable, please see #19
It would be great if you could test my proposal and see if it fulfills your requests. For sure there are some bugs, kindly let me know or contribute if you feel for it.
Awesome to hear. I'll try to take a look but going on holiday this weekend so may not really look at it till I get back.
@purcell-lab if you build a good template for Tesla, perhaps we can get it as a default template. Let me know if there's something missing on the integration side and I can see about exposing it.
Thanks @alandtse. I hope this (with some corrections for sure) will fulfill the needs of everybody, and my goal is for sure to add several templates to make it easy for less experienced users to add the card - however, as you imply, I need input to get that right. I guess most integrations use a standardized entity name so that my method here could work. Take your time, there's no rush and I'm grateful for your contributions.
@purcell-lab; if you could send me the default setup of a Tesla integration, I can try to make template that works for Tesla instead of needing to customize it case by case (I think that may be too complicated for most users).
Finally had some time to get back to this with the beta release and now have something working with the onboard tesla charger control in the car. (Not the Tesla EVSE)
I have hard coded some sensors/ attributes and it would be useful to get some of the macro substitutions working with this, happy to work with you to create a tesla-car template.
type: custom:charger-card
entity: binary_sensor.duka_charger_sensor
customCardTheme: black
customImage: /local/tesla.png
details:
name:
entity_id: sensor.duka_vehicle_state_data_sensor
attribute: vehicle_name
location:
entity_id: device_tracker.duka_location_tracker
status:
entity_id: binary_sensor.duka_charger_sensor
attribute: charging_state
substatus:
entity_id: sensor.duka_charging_state_data_sensor
attribute: charge_port_latch
smartcharging:
entity_id: binary_sensor.duka_charger_sensor
attribute: fast_charger_type
currentlimits:
- 0
- 1
- 8
- 16
info_left:
- entity_id: binary_sensor.duka_online_sensor
attribute: state
info_right:
- entity_id: sensor.duka_battery_sensor
icon: mdi:car-electric-outline
unit: '%'
unit_show: true
- entity_id: sensor.duka_charging_rate_sensor
attribute: charger_power
text: Power
unit_show: true
unit: kW
icon: mdi:lightning-bolt
- entity_id: sensor.duka_charging_rate_sensor
attribute: charger_voltage
text: voltage
unit: V
unit_show: true
icon: mdi:sine-wave
- entity_id: sensor.duka_charging_rate_sensor
attribute: charger_actual_current
text: amp
unit: A
unit_show: true
icon: mdi:current-ac
stats:
default:
- entity_id: sensor.duka_charging_rate_sensor
attribute: charger_power
text: Power
unit_show: true
unit: kW
- entity_id: sensor.duka_charging_rate_sensor
attribute: charge_energy_added
text: Energy Added
unit_show: true
unit: kWh
- entity_id: sensor.duka_charging_rate_sensor
attribute: charge_current_request
text: Request
unit: A
unit_show: true
- entity_id: sensor.duka_charging_rate_sensor
attribute: charger_actual_current
text: Actual
unit: A
unit_show: true
- entity_id: switch.duka_charger_switch
text: Charger Switch
group2:
- entity_id: sensor.duka_charging_rate_sensor
attribute: charger_voltage
text: voltage
unit: V
unit_show: true
- entity_id: sensor.duka_charging_rate_sensor
attribute: charger_actual_current
text: amp
unit: A
unit_show: true
- entity_id: sensor.duka_charging_rate_sensor
attribute: charger_power
text: Power
unit_show: true
unit: kW
- entity_id: sensor.duka_charging_rate_sensor
attribute: charge_energy_added
text: Energy Added
unit_show: true
unit: kWh
- entity_id: sensor.duka_charging_rate_sensor
attribute: charge_current_request
text: Request
unit: A
unit_show: true
- entity_id: sensor.duka_charging_rate_sensor
attribute: charger_actual_current
text: Actual
unit: A
unit_show: true
- entity_id: switch.duka_charger_switch
text: Charger Switch
toolbar_right:
default:
- service: script.tesla_charging_current_low
text: Excess Solar Charging
icon: mdi:solar-power
- service: script.tesla_high
text: 1A charging
icon: mdi:lightning-bolt
- service: script.tesla_16a
text: 16A charging
icon: mdi:lightning-bolt
Closing old issue since card is now fully customizable, and I believe the advanced example illustrates how to do the configuration requested here.