Heating/colling automation

Updated: 1 Nov 2024

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Description

The Heating/Cooling Automation feature in the Smart Pierre app allows you to automate the operation of heating and cooling systems based on various sensor inputs and time-based conditions, ensuring efficient climate control and energy savings.

Key Features:

1. Presence Sensor-Based Automation:

  • Heating and cooling system can be automated using presence sensors. When the sensor detects occupancy in the room, the system turns on the heating or cooling unit, ensuring comfort when needed.

2. Contact Sensor-Based Automation:

  • Heating and cooling systems can be automated based on window contact sensors. If a contact sensor signals that a window is open, the system will automatically turn Off the heating or cooling to prevent energy waste.

3. Temperature Sensor-Based Automation:

  • Temperature sensors can also automate the heating and cooling systems by adjusting their operation based on predefined temperature levels. If the temperature falls below or exceeds the set threshold, the system will either turn On or Off to maintain the desired room climate.

4. Customizable Automation:

  • Users can fully customize automation rules in the Automations tab, allowing for tailored climate control based on specific needs. For instance, you can create complex conditions using multiple sensors or set specific times for the system to activate or deactivate, further enhancing comfort and energy efficiency.

5. Time-Based Automation:

  • Heating and cooling systems can be automated based on specific times of day or week. For example, you can set the system to turn on the heating every weekday at 6 AM and turn it off at 8 AM, ensuring the home is warm when you wake up and energy is conserved when it's no longer needed.

The Heating/Cooling Automation feature optimizes energy efficiency and enhances comfort by responding to sensor data, time-based conditions, and allowing full customization, ensuring that your home stays at the perfect temperature while reducing unnecessary energy usage.

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