This Custom-Integration provides sensors for vertical and horizontal blinds based on the sun's position by calculating the position to filter out direct sunlight.

This integration builds upon the template sensor from this forum post Automatic Blinds

• Adaptive Cover
  • Features
  • Installation
    • HACS (Recommended)
    • Manual
  • Setup
  • Cover Types
  • Modes
    • Basic mode
    • Climate mode
      • Climate strategies
  • Variables
    • Common
    • Vertical
    • Horizontal
    • Tilt
    • Automation
    • Climate
    • Blindspot
  • Entities
  • Features Planned
    • Simulation
    • Blueprint (deprecated since v1.0.0)

• Individual service devices for vertical, horizontal and tilted covers

• Two mode approach with multiple strategies Modes(basic,climate)

• Binary Sensor to track when the sun is in front of the window

• Sensors for start and end time

• Auto manual override detection

• Climate Mode

  • Weather condition based operation
  • Presence based operation
  • Switch to toggle climate mode
  • Sensor for displaying the operation modus (winter,intermediate,summer)

• Adaptive Control

  • Turn control on/off
  • Control multiple covers
  • Set start time to prevent opening blinds while you are asleep
  • Set minimum interval time between position changes
  • set minimum percentage change

Add https://github.com/basbruss/adaptive-cover as custom repository to HACS. Search and download Adaptive Cover within HACS.

Restart Home-Assistant and add the integration.

Download the adaptive_cover folder from this github. Add the folder to config/custom_components/.

Restart Home-Assistant and add the integration.

Adaptive Cover supports (for now) three types of covers/blinds; Vertical and Horizontal and Venetian (Tilted) blinds. Each type has its own specific parameters to setup a sensor. To setup the sensor you first need to find out the azimuth of the window(s). This can be done by finding your location on Open Street Map Compass.

	Vertical	Horizontal	Tilted
Movement	Up/Down	In/Out	Tilting
	variables	variables	variables

This component supports two strategy modes: A basic mode and a climate comfort/energy saving mode that works with presence and temperature detection.

  graph TD

  A[("fa:fa-sun Sundata")]
  A --> B["Basic Mode"]
  A --> C["Climate Mode"]

  subgraph "Basic Mode"
      B --> BA("Sun within field of view")

      BA --> |No| BC{{Default}}
      BC --> BE("Time between sunset and sunrise?")
      BE --> |Yes| BF["Return default"]
      BE --> |No| BG["Return Sunset default"]

      BA --> |Yes| BD("Elevation above 0?")
      BD --> |Yes| BH{{"Calculated Position"}}
      BD --> |No| BC
  end

  subgraph "Climate Mode"
      C --> CA("Check Presence")
  end

  subgraph "Occupants"
      CA --> |True| CB("Temperature above maximum comfort (summer)?")

      CB --> |Yes| CD("Transparent blind?")
      CB --> |No| CE("Lux/Irradiance below threshold or Weather is not sunny?")

      CD --> |Yes| CF["Return fully closed (0%)"]
      CD --> |No| B

      CE --> |Yes| CG("Temperature below minimum comfort (winter) and sun infront of window and elevation > 0?")
      CE --> |No| B

      CG --> |Yes| CH["Return fully open (100%)"]
      CG --> |No| BC
  end

  subgraph "No Occupants"
      CA --> |False| CC("Sun infront of window and elevation > 0?")
      CC --> |No| BC
      CC --> |Yes| CI("Temperature above maximum comfort (summer)?")
      CI --> |Yes| CF
      CI --> |No| CJ("Temperature below minimum comfort (winter)")
      CJ --> |Yes| CH
      CJ --> |No| BC
  end

This mode uses the calculated position when the sun is within the specified azimuth range of the window. Else it defaults to the default value or after sunset value depending on the time of day.

This mode calculates the position based on extra parameters for presence, indoor temperature, minimal comfort temperature, maximum comfort temperature and weather (optional). This mode is split up in two types of strategies; Presence and No Presence.

• No Presence: Providing daylight to the room is no objective if there is no presence.

  • Below minimal comfort temperature: If the sun is above the horizon and the indoor temperature is below the minimal comfort temperature it opens the blind fully or tilt the slats to be parallel with the sun rays to allow for maximum solar radiation to heat up the room.

  • Above maximum comfort temperature: The objective is to not heat up the room any further by blocking out all possible radiation. All blinds close fully to block out light.
    
    If the indoor temperature is between both thresholds the position defaults to the set default value based on the time of day.

• Presence (or no Presence Entity set): The objective is to reduce glare while providing daylight to the room. All calculation is done by the basic model for Horizontal and Vertical blinds.
  
  If you added a weather entity, it will only use the above calculations if the weather state corresponds with the existence of direct sun rays. These states are sunny,windy, partlycloudy, and cloudy by default, but you can change the list of states in the weather options. If not equal to these states the position will default to the default value to allow more sunlight entering the room with minimizing the glare due to the weather condition.
  
  Tilted blinds will only deviate from the above approach if the inside temperature is above the maximum comfort temperature. In that case, the slats will be positioned at 45 degrees as this is found optimal.

The integration dynamically adds multiple entities based on the used features.

These entities are always available:

When climate mode is setup you will also get these entities:

• Manual override controls

  • Time to revert back to adaptive control
  • Reset button
  • Wait until next manual/none adaptive change

• Algorithm to control radiation and/or illumination

This integration provides the option to download a blueprint to control the covers automatically by the provide sensor. By selecting the option the blueprints will be added to your local blueprints folder.