AI-assisted load reduction power management system

A method comprising:

• receiving, via a power management system, feedback signals indicative of respective power draws of a plurality of electrical loads of a consumer of an electrical grid configured to supply electrical power to the consumer;
• receiving an overload indicator indicative of an overload condition of the electrical grid;
• generating a load reduction plan based on additional feedback signals of one or more electrical components of the plurality of electrical loads, wherein the one or more electrical components are a subset of the plurality of electrical loads;
• and wherein generating the load reduction plan comprises:
• determining, via an artificial intelligence (AI) module of the power management system, a respective load purpose associated with at least one of the one or more electrical components from a plurality of load purposes, wherein the plurality of load purposes comprise a medical load purpose, an entertainment load purpose, a safety load purpose, a household load purpose, or a combination thereof;
• and
• determining, via the AI module of the power management system, a respective criticality of the at least one of the one or more electrical components based on the determined respective load purpose;
• implementing, via the power management system, the load reduction plan;
• sending, via the power management system, one or more control signals to the one or more electrical components of the consumer such that respective power draws of the one or more electrical components are reduced;
• restoring the respective power draws of at least a portion of the one or more electrical components, in response to a revocation of the overload indicator or an all-clear indicator, by sending one or more restoring control signals to the portion of the one or more electrical components, wherein the all-clear indicator is representative of an end to the overload condition;
• generating, via an assessment module of the power management system, a user profile comprising associations with types of electrical devices associated with the plurality of electrical loads and usages of the electrical devices based on the feedback signals;
• and
• providing, via a graphical user interface, a product offering, a service offering, or both to a user associated with the user profile based on the user profile.

A system comprising:

• a power grid configured to provide electrical power to a plurality of consumers;
• and
• a power management system of a utility operator configured to:
• monitor conditions of the power grid;
• receive feedback signals indicative of respective power draws of a plurality of electrical loads of a consumer of the plurality of consumers
• generate an overload indicator indicative of an overload condition of the power grid;
• generate a load reduction plan based on additional feedback signals of one or more electrical components of the plurality of electrical loads, wherein the one or more electrical components are a subset of the plurality of electrical loads, and wherein generating the load reduction plan is configured to:
• determine, via an artificial (AI) module of the power management system, a respective load purpose associated with at least one of the one or more electrical components from a plurality of load purposes, wherein the plurality of load purposes comprise a medical load purpose, an entertainment load purpose, a safety load purpose, a household load purpose, or a combination thereof;
• and
• determine, via the AI module of the power management system, a respective criticality of the at least one of the one or more electrical components based on the determined respective load purpose;
• implement the load reduction plan for the consumer of the plurality of consumers in response to the overload indicator, wherein the load reduction plan indicates one or more electrical components of the consumer for which to reduce respective power draws on the electrical power;
• and
• send one or more control signals to the one or more electrical components in accordance with the load reduction plan to change respective operating states of the one or more electrical components such that the respective power draws of the one or more electrical components are reduced;
• and
• restore the respective operating states of at least a portion of the one or more electrical components, in response to a revocation of the overload indicator or an all-clear indicator, by sending one or more restoring control signals to the portion of the one or more electrical components, wherein the all-clear indicator is representative of an end to the overload condition.