EN - CA
  1. EN - US
  2. FR - CA

Added to your cart

Your cart is empty.
Show Cart Page
Complete Order
Éco-Sinopé
Experience the smart home
your way
The Éco Sinopé feature is currently in the beta test phase. Register now to save big.
Feel free to send your comments and suggestions to the technical support team.

Give us your feedback!
Éco Sinopé offers 4 profiles that correspond to the level of
adjustment of your device's setpoint during peak demand events.
Discover our profiles and choose the one that best suits your needs.
The cold-sensitive

You are a blankets and woolen socks lover, you like your comfort and are interested in saving. During peak events, you will get a low temperature adjustment, which will vary by 1.5 °C.

Éco Sinopé Cold-Sensitive profile graph
Details
Two hours before the event, the Éco Sinopé feature increases the thermostat’s setpoint temperature to preheat the room. This preheating allows to accumulate heat and to obtain a comfortable temperature during the peak period.

During the peak event, the Éco Sinopé feature lowers the thermostat’s initial setpoint temperature by 1.5 °C to help you reduce your energy consumption during critical hours. During this period, your heating system will stop working, which will lead to substantial savings.

At the end of the event, the setpoint temperature increases by 1.5 °C to reach the initial setpoint temperature.

The balanced

You are looking for harmony between your comfort and your savings. During peak events, you will get a medium temperature adjustment, which will vary by 2 °C.

Éco Sinopé Balanced Profile Graph
Details
Two hours before the event, the Éco Sinopé feature increases the thermostat’s setpoint temperature to preheat the room. This preheating allows to accumulate heat and to obtain a comfortable temperature during the peak period.

During the peak event, the Éco Sinopé feature lowers the thermostat’s initial setpoint temperature by 2 °C to help you reduce your energy consumption during critical hours. During this period, your heating system will stop working, which will lead to substantial savings.


At the end of the event, the setpoint temperature increases by 2 °C to reach the initial setpoint temperature.
The adventurer

You are a thoughtful person, and you want to optimize your energy consumption during peak periods to save big. During peak events, your thermostats' setpoint temperature will drop by 5 °C.

Éco Sinopé Adventurer profile graph
Details
Two hours before the event, the Éco Sinopé feature increases the thermostat’s setpoint temperature to preheat the room. This preheating allows to accumulate heat and to obtain a comfortable temperature during the peak period.
During the peak event, the Éco Sinopé feature lowers the thermostat’s initial setpoint temperature by 5 °C to help you reduce your energy consumption during critical hours. During this period, your heating system will stop working, which will lead to substantial savings. 

At the end of the event, the setpoint temperature increases by 5 °C to reach the initial setpoint temperature.
The daredevil

You love challenges, and you are willing to jump without a safety net to maximize your savings. During peak events, your thermostats' setpoint temperature will drop by 10°C.

Éco Sinopé Daredevil profile graph
Details
Two hours before the event, the Éco Sinopé feature increases the thermostat’s setpoint temperature to preheat the room. This preheating allows to accumulate heat and to obtain a comfortable temperature during the peak period.

During the peak event, the Éco Sinopé feature lowers the thermostat’s initial setpoint temperature by 10 °C to help you reduce your energy consumption during critical hours. During this period, your heating system will stop working, which will lead to substantial savings. For a comfortable environment, we recommend that you run a fuel-burning auxiliary heater such as a wood, wood pellet, propane, oil or natural gas fireplace.
Note: The room temperature depends on the outside temperature and the use of an auxiliary heating system. The room temperature may not reach 11°C.

At the end of the event, the setpoint temperature increases to reach the initial setpoint temperature.