Abstract: A connected heating system is provided. The system includes a heater having a first inflow port and a first outflow port, a controller that monitors one or more conditions relating to the heater, and a heater bypass coupled between the first inflow port and the first outflow port. The system also includes a valve that controls flow of water received from a pool into the first inflow port and the heater bypass based on operating state identified by the controller. In operation, responsive to the controller identifying the operating state, the controller is configured to transmit control signals that direct actuation of the valve to achieve the operating state. Additionally, the heater is configured to heat portions of the water from the pool that flow between the first inflow port and the first outflow port when a heating mode is active.

Abstract: Automatic adjustment of the control and operation of pool or spa equipment is made based upon a time of year, a geographic location, or both. A controller receives input of the time of year or the geographic location of the pool or spa equipment, or both. The controller then automatically adjusts one or more functions of the pool or spa equipment based upon operational information associated with the time of year and/or geographic location. A user interface connected with the controller may be also used to select a mode of operation, input time or geographic location information, and/or adjust various parameters affecting the automatic seasonal or geographic adjustment of the pool or spa equipment.

Abstract: Automatic adjustment of the control and operation of residential environmental management systems is made based upon a time of year, a geographic location, or both. A controller receives input of the time of year or the geographic location of the residential environmental management system, or both. The controller then automatically adjusts one or more functions of the residential environmental management system based upon operational information associated with the time of year and/or geographic location. A user interface connected with the controller may be also used to select a mode of operation, input time or geographic location information, and/or adjust various parameters affecting the automatic seasonal or geographic adjustment of the residential environmental management system.

Abstract: Automatic adjustment of the control and operation of residential environmental management systems is made based upon a time of year, a geographic location, or both. A controller receives input of the time of year or the geographic location of the residential environmental management system, or both. The controller then automatically adjusts one or more functions of the residential environmental management system based upon operational information associated with the time of year and/or geographic location. A user interface connected with the controller may be also used to select a mode of operation, input time or geographic location information, and/or adjust various parameters affecting the automatic seasonal or geographic adjustment of the residential environmental management system.

Abstract: Automatic adjustment of the control and operation of residential environmental management systems is made based upon a time of year, a geographic location, or both. A controller receives input of the time of year or the geographic location of the residential environmental management system, or both. The controller then automatically adjusts one or more functions of the residential environmental management system based upon operational information associated with the time of year and/or geographic location. A user interface connected with the controller may be also used to select a mode of operation, input time or geographic location information, and/or adjust various parameters affecting the automatic seasonal or geographic adjustment of the residential environmental management system.