Responding to pricing signals from a power supplier using mixed add/shed and profile setback delta schemes

Claim 1

Method for cooperatively controlling individual user premise subsystems each of which is controlled by controllers, said method comprising: receiving information signals from a utility provider at the user premise, Interpreting the information signals to provide a value to the controllers, making the interpreted signals available to controller processors which control subsystems in the user premise, for a processor receiving said interpreted signal which has access to and employs information in memory regarding setback profiles for its subsystem, then having such processor locate a value match in the setback profile memory locations for the value indicated by said utility information signal, and then controlling its subsystem with that matching value by using the matched values to generate a setback delta value and forwarding it as a signal to the subsystem controller, and for a processor which accesses tier information in a memory location for its controlled subsystem (such subsystem's energy usage state being called its controlled state), then having such processor compare the predetermined tier value of such subsystem to the information signal provided by the utility, and if the subsystem value is greater, doing nothing with regard to changing the control state of such subsystem, else changing the control state of such subsystem.

Claim 3

A Method for cooperatively controlling a community of individual user premise subsystems each of which is controlled by controllers on a substantial portion of said community of user premises, said method comprising: sending information signals from the utility provider for the community which contains at least one of the following values: DLC, tier, time, real-time and price, receiving said information signals from said utility provider at the user premise, interpreting the information signals to provide a value to the controllers, making the interpreted signals available to controller processors which control said subsystems in said users' premises, and if a processor receiving said interpreted signal has access to information regarding setback profiles for its subsystem, then having such processor locate a value match in the setback profile for the value indicated by said utility information signal, and then controlling its subsystem with that matching value by using it to generate a setback delta for the subsystem controller and providing it to said controller, and if the processor is one which does not access profile information for its subsystem, then having such processor compare the predetermined tier value of its subsystem to the information signal provided by the utility, and if its value is greater, doing nothing, else turning off the subsystem for which it is responsible.

Claim 4

A Method for cooperatively controlling a community of individual user premise subsystems each of which is controlled by controllers on a substantial portion of said community of user premises, said method comprising: sending information signals from the utility provider for the community which contains at least one of the following values: DLC, tier, time, real-time and price, receiving said information signals from said utility provider at the user premise, interpreting the information signals to provide a value to the controllers, making the interpreted signals available to controller processors which control said subsystems in said users' premises, and if a processor receiving said interpreted signal has access to information regarding setback profiles for its subsystem, then having such processor locate a value match in the setback profile for the value indicated by said utility information signal, and then controlling its subsystem with that matching value by using it to generate a setback delta for the subsystem controller and providing it to said controller, and if the processor is one which does not access profile information for its subsystem, then having such processor compare the predetermined tier value of its subsystem to the information signal provided by the utility, and if its value is greater, doing nothing, else turning off the subsystem for which it is responsible.

Claim 5

A Method for cooperatively controlling a community of individual user premise subsystems each of which is controlled by controllers on the user premise, said method comprising: sending information signals from the utility provider for the community which contains at least one of the following values: DLC, tier, time and price, receiving said information signals from said utility provider at the user premise, interpreting the information signals to provide a value to the controllers, making the interpreted signals available to controller processors which control subsystems in the user premise, if a processor receiving said interpreted signal is responsive to DLC commands, then causing said responsive processor's subsystem to respond to said DLC command if it is contained in said interpreted information signal, else, if a processor receiving said interpreted signal has access to information regarding setback profiles for its subsystem, then having such processor locate a value match in the setback profile for the value indicated by said utility information signal, and then controlling its subsystem with that matching value by using it to generate a setback delta for the subsystem controller and providing it to said controller, and if the processor receiving said interpreted signal is one which does not access profile information for its subsystem, then having such processor compare the predetermined tier value of its subsystem to the information signal provided by the utility, and if its value is greater, doing nothing, else turning off the subsystem for which it is responsible.

Claim 6

A Method for cooperatively controlling a community of individual user premise subsystems each of which is controlled by controllers on the user premise, said method comprising: sending information signals from the utility provider for the community which contains at least one of the following values: DLC, tier, time and price, receiving said information signals from said utility provider at the user premise, interpreting the information signals to provide a value to the controllers, making the interpreted signals available to controller processors which control subsystems in the user premise, if a processor receiving said interpreted signal is responsive to DLC commands, then causing said responsive processor's subsystem to respond to said DLC command if it is contained in said interpreted information signal, else, if a processor receiving said interpreted signal has access to information regarding setback profiles for its subsystem, then having such processor locate a value match in the setback profile for the value indicated by said utility information signal, and then controlling its subsystem with that matching value by using it to generate a setback delta for the subsystem controller and providing it to said controller, and if the processor receiving said interpreted signal is one which does not access profile information for its subsystem, then having such processor compare the predetermined tier value of its subsystem to the information signal provided by the utility, and if its value is greater, doing nothing, else turning off the subsystem for which it is responsible.