Abstract: A system, method and apparatus providing fully automatic control of energy consuming or producing devices within a building or group of buildings, the system automatically reprogramming a power consumption controller (PCC) responsive to a failure to achieve a performance goal for a respective controlled device and automatically replacing the PCC responsive to a continued failure to achieve the performance goal.

Abstract: A system, method and apparatus providing fully automatic control of energy consuming or producing devices within a building or group of buildings.

Abstract: A system, method and apparatus for controlling power consumption of an HVAC device configured to adjust a climate of a room in a fully automated manner in real time or near real time. For example, an apparatus according to various embodiments comprises a receiver, for receiving via a radiofrequency (RF) channel a control signal associated with a demand response event; a comfort determining mechanism, for determining whether air within the room exhibits a temperature level within a temperature range, a relative humidity level within a relative humidity range and whether the room is occupied or not; and a control mechanism, for generating a HVAC control signal configured to reduce power consumption of the HVAC device in response to receiving the demand response event control signal and the room air temperature level being within the temperature range and the relative humidity level being within the relative humidity range.

Abstract: A system, method and apparatus for automatically adapting power grid usage by controlling internal and/or external power-related assets of one or more users in response to power regulation and/or frequency regulation functions in a manner beneficial to both the power grid itself and the users of the power grid.

Abstract: Fully automated demand response may be implemented at end users, in accordance with terms agreed to by end users to reduce energy demand during demand response events. Demand reduction actions to implement the objectives of a demand response event at the end users may be determined, desirably using artificial intelligence and neural networks, based on energy demand curtailment objectives of the demand response event, hierarchy(ies) of demand reduction actions for respective demand response events ordered to minimize undesired impact at the end users, and monitoring data received from, or relating to implementing energy demand curtailment at, the end users.

Abstract: A system, method and apparatus for automatically adapting power grid usage by controlling internal and/or external power-related assets of one or more users in response to power regulation and/or frequency regulation functions in a manner beneficial to both the power grid itself and the users of the power grid.

Abstract: Fully automated demand response may be implemented at end users, in accordance with terms agreed to by end users to reduce energy demand during demand response events. Demand reduction actions to implement the objectives of a demand response event at the end users may be determined, desirably using artificial intelligence and neural networks, based on energy demand curtailment objectives of the demand response event, hierarchy(ies) of demand reduction actions for respective demand response events ordered to minimize undesired impact at the end users, and monitoring data received from, or relating to implementing energy demand curtailment at, the end users.