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  2. Nest Thermostat - Wikipedia

    en.wikipedia.org/wiki/Nest_Thermostat

    As the Nest Thermostat cannot be battery operated, it must either be installed with a wire connecting directly to the "Heatlink" which supplies 12v DC, or mounted on a Stand and powered via a USB cable. [16] The Nest Temperature Sensor was added in March 2018. Available in Google Store only for United States and Canada. [17]

  3. eBUS (serial buses) - Wikipedia

    en.wikipedia.org/wiki/EBUS_(serial_buses)

    The eBUS 2-wire interface is an asynchronous serial port with active-low voltage that exchanges 8-bit bytes with start and (single) stop bits (no parity bit), at a symbol rate of 2400 baud, and can be implemented with a standard UART plus a voltage converter.

  4. Hive Connected Home - Wikipedia

    en.wikipedia.org/wiki/Hive_Connected_Home

    The boost function allows customers to immediately turn heating and hot water on for a period of up to six hours. [17] The smart thermostat was designed by Silicon Valley–based, [1] Swiss designer Yves Béhar, [2] who won Design Miami Design Visionary Award in 2015. [18]

  5. What should you set your heat to in the winter? Avoid ... - AOL

    www.aol.com/set-heat-winter-avoid-thermostat...

    The Energy Department says that even turning thermostats back 7 to 10 degrees from their normal settings for eight hours a day can save as much as 10% a year on homeowners' heating and cooling ...

  6. Thermostat - Wikipedia

    en.wikipedia.org/wiki/Thermostat

    The illustration is the interior of a common two wire heat-only household thermostat, used to regulate a gas-fired heater via an electric gas valve. Similar mechanisms may also be used to control oil furnaces, boilers, boiler zone valves , electric attic fans, electric furnaces, electric baseboard heaters, and household appliances such as ...

  7. Smart thermostat - Wikipedia

    en.wikipedia.org/wiki/Smart_thermostat

    While smart thermostats have the potential to save energy consumption, they can create unintended consequences on the broader electrical grid. Smart thermostats tend to operate similarly across a population and can create load synchronization. This load synchronization can create much higher peaks and more rapid changes in heating demand.