This is the unofficial Hilo integration. Hilo is a smart home platform developed by an Hydro Quebec subsidiary. This integration has no direct tie with Hilo or Hydro Quebec. This is a community initiative. Please don't contact Hilo or Hydro-Quebec with issues with this Home Assistant integration, you can open an issue in the github repository instead.
If you want to help with the development of this integration, you can always submit a feedback form from the Hilo application and requesting that they open their API publicly and that they provide a testing environment to the developers.
This component will set up the following platforms.
Platform | Description |
---|---|
light |
Control light switches and dimmers |
sensor |
Status of various devices, Hilo challenges, gateway and energy cost sensors |
climate |
Control the Hilo thermostat |
utility_meter |
Various meters will be created to integrate with the Energy Dashboard |
energy |
Energy dashboard will be automatically configured with all devices |
{% if not installed %}
- Click install.
- In the HA UI go to "Configuration" -> "Integrations" click "+" and search for "Hilo".
{% endif %}
The configuration is done in the UI. When you add the integration, you will be redirected to Hilo's authentication website. You have to accept to link your account. After this, you will be prompted with assigning a room for each one of your devices.
Energy meters are a new feature of this integration. We used to manually generate them with template sensors and automation, but they now have been fully integrated into the Hilo integration.
When enabling Hilo generated energy meters, it's recommended to remove the manually generated ones to have the most accurate statistics, otherwise we might end up with duplicated data.
This wasn't tested with already active data and energy entities (ie: Battery, Gaz, Solar, or even other individual devices). It's possible that enabling this will break or delete these original sensors. We can't be held responsible for any data loss service downtime, or any kind as it's described in the license.
If you're facing an issue and you want to collaborate, please enable debug
log level for this integration and provide a copy
of the home-assistant.log
file. Details on how to enable debug
are below.
If you want to enable the automatic generation of the energy sensors, follow these steps:
-
Make sure that the
utility_meter
platform is loaded in yourconfiguration.yaml
file from home assistant. You simply need to add a line like this in yourconfiguration.yaml
:utility_meter:
-
Click
Configure
in the integration UI and check theGenerate energy meters
box. -
Restart home assistant and wait 5 minutes until you see the
sensor.hilo_energy_total_low
entity getting created and populated with data:- The
status
should be incollecting
- The
state
should be a number higher than 0.
- The
-
All generated entities and sensors will be prefixed with
hilo_energy_
orhilo_rate_
. -
If you see the following error in your logs, this is a bug in Home Assistant and it's because the power meter in question has 0 w/h usage so far. This will disappear once usage has been calculated. There's a PR upstream here to address this.
2021-11-29 22:03:46 ERROR (MainThread) [homeassistant] Error doing job: Task exception was never retrieved Traceback (most recent call last): [...] ValueError: could not convert string to float: 'None'
Other options are available under the Configure
button in Home Assistant:
-
hq_plan_name
: String Define the Hydro Quebec rate plan name. Only 2 values are supported at this time:rate d
flex d
-
scan_interval
: Integer Number of seconds between each device update. Defaults to 60 and it's not recommended to go below 30 as it might result in a suspension from Hilo.
Here's an example on how to add the energy data to Lovelace.
Click to expand
- type: vertical-stack
cards:
- type: "custom:paper-buttons-row"
buttons:
- type: entity
entity: sensor.hilo_gateway
name: false
action: none
state: false
state_styles:
"on":
button:
color: green
"off":
button:
color: red
- type: entity
entity: sensor.defi_hilo
state: false
action: none
state_styles:
"on":
button:
color: red
"scheduled":
button:
color: yellow
"pre_heat":
button:
color: red
"recovery":
button:
color: blue
"off":
button:
color: green
- type: entity
entity: sensor.smartenergymeter_power
name: false
layout: icon|state
action: none
state: "{{ states(config.entity) }}"
icon: mdi:speedometer
style:
button:
color: >-
{% if states(config.entity) | int > 1000 %}
yellow
{% elif states(config.entity) | int > 1500 %}
orange
{% elif states(config.entity) | int > 2000 %}
red
{% else%}
green
{% endif %}
- type: entity
entity: sensor.hilo_rate_current
name: false
layout: icon|state
action: none
state: "{{ states(config.entity) }}"
style:
button:
color: >-
{% if states(config.entity) | float > 0.07 %}
yellow
{% elif states(config.entity) | float > 0.1 %}
red
{% else%}
green
{% endif %}
- type: energy-date-selection
- type: energy-sources-table
- type: energy-usage-graph
- type: energy-distribution
link_dashboard: true
Credits to Francis Poisson who's the original author of this integration.