Abstract: This invention describes a power management system that may receive a total wind power forecast that can be provided to an electric grid that supplies power to a load. A power management system may receive a first total load forecast for the electric grid corresponding to a load. A power management system may classify time periods with a first characterization based on a relationship between the total wind power forecast and the first total load forecast. A power management system may transmit the first characterization with a corresponding period for the first characterization to a subscriber thereby allowing a subscriber to determine timing of power consumption based on a load plan. A power management system may receive the load plan from the subscriber, wherein each load plan includes a planned electricity consumption from the electric grid and at least one of the plurality of periods.

Abstract: This invention describes a power management system that may receive a total wind power forecast that can be provided to an electric grid that supplies power to a load. A power management system may receive a first total load forecast for the electric grid corresponding to a load. A power management system may classify time periods with a first characterization based on a relationship between the total wind power forecast and the first total load forecast. A power management system may transmit the first characterization with a corresponding period for the first characterization to a subscriber thereby allowing a subscriber to determine timing of power consumption based on a load plan. A power management system may receive the load plan from the subscriber, wherein each load plan includes a planned electricity consumption from the electric grid and at least one of the plurality of periods.