Abstract: An adaptive pool control system associated with a pool having a heater and pump, the adaptive pool control system having: a unified control (UC) module configured to communicate with a plurality of data sources and perform predictive control operations based on received environmental and pool usage data; an enhanced pool control system (EPCS) module in communication with the UC module, the EPCS module being configured to perform rule-based and time-scheduled control actions; and an Inter-Speed adaptive pool control and energy management system (IAPCEMS) module in communication with the UC module and the EPCS module, the IAPCEMS module being configured to perform dynamic energy optimization; wherein the adaptive pool control system is configured to calculate a minimum required heating input to maintain a water temperature of the pool at or above a set point temperature and operate the heater and pump in accordance with the calculated minimum required heating.

Abstract: The water heating control system and method tracks, monitors and controls energy consumed by systems and/or equipment including, but not limited to, hot water, HVAC, pools, and spas. The system and method controls a given device by utilizing historical and real-time information collected from a system of similar devices at the same and similar locations, as inputs to control processes which, utilizing the blended real-time and historical data, improve device management, including energy savings and maintenance of the entire system of devices over time.

Abstract: The water heating control system and method tracks, monitors and controls energy consumed by systems and/or equipment including, but not limited to, hot water, HVAC, pools, and spas. The system and method controls a given device by utilizing historical and real-time information collected from a system of similar devices at the same and similar locations, as inputs to control processes which, utilizing the blended real-time and historical data, improve device management, including energy savings and maintenance of the entire system of devices over time.