Abstract: A method for automatically enrolling a smart-home device in a demand-response program includes receiving an identification of a user account that is sent from a utility provider computer system based on an agreement that the smart-home device will be enrolled in the demand-response program. The identification of the user account is also sent to indicate to the device management server that the smart-home device should be sent to a location associated with the user account. The method also includes causing the smart-home device to be sent to the location associated with the user account. The method additionally includes receiving an indication from the smart-home device that the smart-home device has been installed at the location associated with the user account, and enrolling the smart-home device in the demand-response program.

Abstract: A method for automatically enrolling a smart-home device in a demand-response program includes receiving an identification of a user account that is sent from a utility provider computer system based on an agreement that the smart-home device will be enrolled in the demand-response program. The identification of the user account is also sent to indicate to the device management server that the smart-home device should be sent to a location associated with the user account. The method also includes causing the smart-home device to be sent to the location associated with the user account. The method additionally includes receiving an indication from the smart-home device that the smart-home device has been installed at the location associated with the user account, and enrolling the smart-home device in the demand-response program.

Abstract: A method for automatically enrolling a smart-home device in a demand-response program includes receiving an identification of a user account that is sent from a utility provider computer system based on an agreement that the smart-home device will be enrolled in the demand-response program. The identification of the user account is also sent to indicate to the device management server that the smart-home device should be sent to a location associated with the user account. The method also includes causing the smart-home device to be sent to the location associated with the user account. The method additionally includes receiving an indication from the smart-home device that the smart-home device has been installed at the location associated with the user account, and enrolling the smart-home device in the demand-response program.

Abstract: A thermostat my include a stored setpoint schedule, temperature sensors providing temperature sensor measurements; and a processing system configured to control an HVAC system based at least in part on the setpoint temperature and the temperature sensor measurements. The processing system may be configured to control the HVAC system by receiving an indication of a first time interval, where energy is available to the HVAC system at a first rate during the first time interval, energy is available to the HVAC system at a second rate during a second time interval that is outside of the first time interval, and the first rate is higher than the second rate; identifying a first one or more setpoints in the plurality of setpoints of the stored setpoint schedule that occur in the first time interval; and decreasing a temperature component of at least one of the first one or more setpoints.

Abstract: Computational methods and systems for generating virtual smart-meter data from operational data collected by intelligent controllers in buildings that do not have smart meters are disclosed. Methods and systems include collecting operational data from a number of intelligent controllers and collecting smart-meter data from a number of smart meters associated with the intelligent controllers. The collected operational data and associated smart-meter data are used to generate a mathematical model relating operational data to smart-meter data. The mathematical model can be used to calculate virtual smart-meter data from operational data collected by an intelligent controller located in a building that does not have a smart meter.

Abstract: A method for automatically enrolling a smart-home device in a demand-response program includes receiving an identification of a user account that is sent from a utility provider computer system based on an agreement that the smart-home device will be enrolled in the demand-response program. The identification of the user account is also sent to indicate to the device management server that the smart-home device should be sent to a location associated with the user account. The method also includes causing the smart-home device to be sent to the location associated with the user account. The method additionally includes receiving an indication from the smart-home device that the smart-home device has been installed at the location associated with the user account, and enrolling the smart-home device in the demand-response program.

Abstract: A method for authorizing a smart-home device for enrollment with a demand-response program may include receiving, at a control server of an energy management system and for the smart-home device, identifying information for a user account. The method may also include sending the identifying information from the control server to an Application Program Interface (API) with an enrollment request. The method may additionally include receiving, at the control server, a determination from the API as to whether the identifying information for the user account was matched to an existing utility account. The method may further include based on the determination from the API, determining whether the smart-home device can be enrolled with the demand-response program.

Abstract: Various embodiments involving a smart-home device are presented. It may be determined that the power supply interface has ceased receiving power from the structure's wired electrical system. In response to determining that a power supply interface of the smart-home device has ceased receiving power from a structure's wired electrical system, a power loss indication may be stored that comprises a timestamp. A network connection may be determined to be available. A notification may be transmitted of information from the stored power loss indication to a remote server via the available network connection.

Abstract: A thermostat my include a stored setpoint schedule, temperature sensors providing temperature sensor measurements; and a processing system configured to control an HVAC system based at least in part on the setpoint temperature and the temperature sensor measurements. The processing system may be configured to control the HVAC system by receiving an indication of a first time interval, where energy is available to the HVAC system at a first rate during the first time interval, energy is available to the HVAC system at a second rate during a second time interval that is outside of the first time interval, and the first rate is higher than the second rate; identifying a first one or more setpoints in the plurality of setpoints of the stored setpoint schedule that occur in the first time interval; and decreasing a temperature component of at least one of the first one or more setpoints.

Abstract: A method for authorizing a smart-home device for enrollment with a demand-response program may include receiving, at a control server of an energy management system and for the smart-home device, identifying information for a user account. The method may also include sending the identifying information from the control server to an Application Program Interface (API) with an enrollment request. The method may additionally include receiving, at the control server, a determination from the API as to whether the identifying information for the user account was matched to an existing utility account. The method may further include based on the determination from the API, determining whether the smart-home device can be enrolled with the demand-response program.

Abstract: Computational methods and systems for generating virtual smart-meter data from operational data collected by intelligent controllers in buildings that do not have smart meters are disclosed. Methods and systems include collecting operational data from a number of intelligent controllers and collecting smart-meter data from a number of smart meters associated with the intelligent controllers. The collected operational data and associated smart-meter data are used to generate a mathematical model relating operational data to smart-meter data. The mathematical model can be used to calculate virtual smart-meter data from operational data collected by an intelligent controller located in a building that does not have a smart meter.

Abstract: Various embodiments involving a smart-home device are presented. It may be determined that the power supply interface has ceased receiving power from the structure's wired electrical system. In response to determining that a power supply interface of the smart-home device has ceased receiving power from a structure's wired electrical system, a power loss indication may be stored that comprises a timestamp. A network connection may be determined to be available. A notification may be transmitted of information from the stored power loss indication to a remote server via the available network connection.