Unofficial component to integrate with Pod Point Solo/Solo 3 charging points.

NOTE: PodPoint have made changes to their authentication system in June 2023 which may result in existing connections reporting Invalid Credentials, and users being unable to log in again with their existing password. This can be fixed by going to https://charge.pod-point.com/login and reseting your password, and then re-authenticate with the integration.

This component will set up the following platforms and services.

*Total cost is based on the energy provider and kWh cost set in Pod Point.

**Charges are considered complete by Pod Point when you disconnect the vehicle, not when power delivery stops.

***Charge override end time will be 'Unknown' if there is no charge override ('charge now') set. Or, the time when the charge override ends.

****When in either Manual or Override charge mode, the Allow Charging switch is inactive. This is because setting a schedule will not affect the charge in these modes.

NOTE: Due to a breaking change in version 1.0.0, upgrading from previous versions (<= 0.4.4) will cause devices to be duplicated. This can be fixed by removing the configuration and then re-adding.

You can install this component via HACS by searching for 'Pod Point' and then install it from the main HACS integration screen.

Note: You will need to restart before you can install Pod Point via the UI. Within Home Assistant go to "Configuration" -> "Integrations" click "+" and search for "Pod Point".

1. Using the tool of choice open the directory (folder) for your HA configuration (where you find configuration.yaml).
2. If you do not have a custom_components directory (folder) there, you need to create it.
3. In the custom_components directory (folder) create a new folder called pod_point.
4. Download all the files from the custom_components/pod_point/ directory (folder) in this repository.
5. Place the files you downloaded in the new directory (folder) you created.
6. Restart Home Assistant
7. In the HA UI go to "Configuration" -> "Integrations" click "+" and search for "Pod Point"

Using your HA configuration directory (folder) as a starting point you should now also have this:

custom_compoenets/pod_point/static/...
custom_components/pod_point/translations/en.json
custom_components/pod_point/translations/sensor.en.json
custom_components/pod_point/__init__.py
custom_components/pod_point/api.py
custom_components/pod_point/binary_sensor.py
custom_components/pod_point/config_flow.py
custom_components/pod_point/const.py
custom_components/pod_point/entity.py
custom_components/pod_point/errors.py
custom_components/pod_point/manifest.json
custom_components/pod_point/sensor.py
custom_components/pod_point/switch.py

NOTE: Due to a breaking change in version 1.0.0, upgrading from previous versions (<= 0.4.4) will cause devices to be duplicated. This can be fixed by removing the configuration and then re-adding.

Once you have installed either manually or via HACS, restart your home assistant instance and then setup the component by either choosing 'Add integration' and search for 'Pod Point', or through using an auto-discovered Pod on the integrations screen.

Pods are auto-discovered based on their DHCP host and client MAC address. Any device who's host starts with 'podpoint-*' whilst having a MAC address assigned to Espressif will trigger the auto-discovery feature.

Multiple statuses are reported by the main pod sensor. The statuses and their meaning are shown below:

## Charge Modes

Charge modes can be one of the following values, their meanings can be found below:

We populate two energy sensors for each pod connected to your account. These are for the total energy you have charged on a given pod and the current energy if you are connected and have a charge session ongoing.

If you want to add Pod Point stats to the built in energy dashboard, you should add the Current Charge Energy sensor as a device. This sensor reports when the value is reset and should allow you to track the energy usage of your pod.

Note: The Pod Point APIs perform some rounding on the kWh values returned meaning they may be sightly lower than the true energy consumed. We are unable to address this within the component.

In order to provide the Total Cost and Last Completed Charge Cost sensors, we are using energy_cost values provided from Pod Point per **completed charge. There are some caveats to bare in mind here:

• Energy use for each charge is rounded by Pod Point (see Energy sensors above) and energy costs are calculated on this rounded value.
• You must set an accurate kWh cost within the Pod Point app (and keep this up to date if your provider/cost per kWh changes

Given the above rounding, in my opinion the cost values should be used as a guide rather than taken as gospel

**Charges are considered complete by Pod Point when you disconnect the vehicle, not when power delivery stops.

## Firmware update notifications

If an update is detected for your device, a new repair entry will be created within Home Assistant, prompting you to update using the mobile app. Unforrunately, at this time it is not possible to trigger the firmware update from outside of the Pod Point app but to restrictions with the Pod Point APIs.

In the example below, and for the sensors created by this integration, there are a number of pod 'images' that are included for use in the UI, each image and model is listed below.

For the sensor that comes installed we will add the image based on your pod model number.

type: entities
entities:
  - entity: sensor.psl_xxxxxx_status
    name: Pod Status
  - entity: sensor.psl_xxxxxx_charge_mode
    name: Charge Mode
  - entity: sensor.psl_xxxxxx_charge_override_end_time
    name: Charge Override Time Ends
  - entity: binary_sensor.psl_xxxxxx_cable_status
    name: Cable Status
  - entity: switch.psl_xxxxxx_charging_allowed
    name: Charging Allowed
  - entity: switch.psl_xxxxxx_smart_charge_mode
    name: Smart Charge Mode
  - entity: sensor.psl_xxxxxx_current_energy
    name: Current Energy
  - entity: sensor.psl_xxxxxx_total_energy
    name: Total Energy
  - entity: sensor.psl_xxxxxx_last_completed_charge_cost
    name: Last Completed Charge Cost
  - entity: sensor.psl_xxxxxx_total_cost
    name: Total Cost (completed charges)
title: Pod Point
header:
  type: picture
  image: /api/pod_point/static/uc-03.png # See above for options per-model
  tap_action:
    action: none
  hold_action:
    action: none
state_color: true

type: entity
entity: sensor.psl_xxxxxx_completed_charge_time
attribute: long
name: Completed Charge Time (long)

type: entity
entity: sensor.psl_xxxxxx_completed_charge_time
name: Completed Charge Time
attribute: formatted

If you want to contribute to this please read the Contribution guidelines

If you want to develop with this locally and test within the devcontainer, ensure you follow the below setups (within the devcontainer):

make setup-debian
make setup

Once you have setup the environment with all of the dependencies, try running the tests:

make test